REGISTER OVERVIEW PLASTICS

13/6 PLASTICS 

REGISTER OVERVIEW 

PLASTICS 

The range covered in the following pages 

Product DIN name, EN ISO 1043 Raw-materials groups Density g/cm 3 Page ff. 

Standard plastics 

Technical plastics 

Transparent plastics 

Boards for the advertising industry 

High-performance plastics 

Anti-static plastics 

Thermosetting plastics 

Elastomers 

ABS Styrene polymers 1.07 13/12 

PS Styrene polymers 1.05 13/13 

uPVC Polyvinyl chloride 1.41 13/14 

pPVC Polyvinyl chloride 1.25 13/20 

HDPE Polyolefins 0.95 13/21 

PP Polyolefins 0.92 13/25 

PA Polyamides 1.14 13/28 

POM Polyacetals C/H 1.41 13/40 

PET Polyester, saturated 1.39 13/40 

PC Polycarbonates 1.20 13/41 

HDPE Polyolefins 0.94 13/50 

PMMA Acrylic glass 1.19 13/54 

PC Polycarbonates 1.20 13/56 

uPVC Polyvinyl chloride 1.41 13/64 

pPVC Polyvinyl chloride 1.25 13/64 

PET Polyester, saturated: Axpet ® 1.33 13/59 

PETG Polyester, saturated: Vivak ® 1.27 13/61 

uPVC / PMMA / PC / PETG / PET 13/94 

Duratron ® PBI Polybenzimidazole 1.30 13/71 

Duratron ® PAI Polyamide-imide 1.41 13/71 

Duratron ® PI Polyimide 1.27 13/72 

Quadrant ® PPSU Polyphenylsulphone 1.29 13/76 

Quadrant ® 1000 PSU Polysulphone 1.24 13/76 

Ketron ® PEEK Polyetheretherketone 1.31 13/77 

Techtron ® PPS Polyphenylene sulphide 1.43 13/82 

Duratron ® PEI Polyetherimide 1.27 13/82 

Symalit ® 1000 PVDF Fluoroplastics 1.79 13/78 

PTFE Fluoroplastics 2.20 13/85 

Fluorosint ® Fluoroplastics 2.30 13/93 

uPVC AS Polyvinyl chloride 1.41 13/90 

pPVC film AS Polyvinyl chloride 1.25 13/90 

PMMA AS Acrylic glass 1.19 13/90 

PC AS Polycarbonates 1.20 13/90 

HDPE UHMW AS Polyolefins 0.95 13/50 

PE EC Polyolefins 0.95 13/91 

HDPE UHMW EC Polyolefins 0.95 13/91 

POM ESD 225 Polyacetals 1.33 13/92 

PTFE ESD 410 Fluoroplastics 2.30 13/92 

PEI ESD 500 Polyetherimide 1.41 13/92 

PF / LP / LF Phenolic resin 1.30 – 1.40 13/95 

EP Epoxy resin 1.40 – 1.90 13/103 

PUR Polyurethanes 1.26 13/104 

Information about machining 13/9, 13/108 

Information about tolerances 13/11 

Further information 14/93 – 14/111 

All weight indications are 

theoretical. 

All dimensions are approximate. 

plastics@reiff-group.com / www.reiff-tp.com

MACHINING SERVICE – BLANKS 

Workshop machining centre 

We machine all types of plastic precisely 

and accurately in a modern workshop 

centre. 

We perform the following operations on 

semi-finished products: 

• Drilling 

• Sawing 

• Milling 

• Planing 

• Turning 

Please submit your samples or drawings 

to us. 

Our staff will be pleased to offer comprehensive 

advice on all the available options. 

Just call! 

You need blanks made from thermoplastics, thermosetting plastics or elastomers? Then you have two options: 

1. 

You order the semi-finished product from us… 

and take care of your own machining... 

... which means you are stuck with managing the machining/ 

materials and the waste! 

Depending on your precise circumstances, you will have to 

calculate, store, manage, factor in, pay interest on, separate, sort, 

label or dispose of this waste! 

Result: additional costs 

... and environmentally questionable 

Telephone hotline: +49 1803 00 26 22 40 / Fax hotline: +49 1803 00 26 22 41 9 cents/60 sec. from the German fixed network 

2. 

PLASTICS 13/7 

You order blanks from us and we supply them in the exact 

dimensions you need! 

Our waste... 

... stays with us, is correctly sorted and then forwarded 

for recycling straight away. 

Result: your benefit = profit 

... and environmentally sound


SELECTION GUIDE FOR SEMI-FINISHED PRODUCTS 

Round rods – Hollow bars 

You manufacture turned parts? 

Then you have two options. 

Manufacturing hollow bars or round rods 

from plastic semi-finished products? 

Advantages of hollow bars: 

Semi-finished 

product 

The advantages to you of purchasing a hollow bar rather than 

a round rod are as follows: 

1. Disposal costs reduced 

2. Hourly machine rates made more efficient 

3. Dimensional stability 

4. Fewer stresses 

In addition, hollow bars offer better dimensional stability than 

round rods and are associated with fewer stresses when finished 

products are being manufactured with bores. 

An extract from our range of hollow bars 

Finished 

product 

Avoid remainders 

Lower costs 

Chippings 

Disposal 

costs 

By using hollow bars instead of round rods in manufacturing your 

finished products, you can save: 

1. Money thanks to efficient machine utilisation 

2. Disposal costs for the chippings created 

The planning of how to use hollow bars is up to you. 

But their availability: that's up to us! 

Ask us about hollow bars. 

PA 6 E natural PA 6 cast natural POM C natural PET natural 

D. A / i / mm kg/m D. A / i / mm kg/m D. A / i / mm kg/m D. A / i / mm kg/m 

20 x 10 0.314 50 x 20 2.200 20 x 10 0.388 25 x 15 0.515 

25 x 12 0.488 60 x 30 2.770 25 x 12 0.605 30 x 20 0.640 

30 x 15 0.675 70 x 30 4.010 28 x 12 0.785 36 x 20 1.160 

32 x 15 0.835 80 x 40 4.820 30 x 15 0.850 40 x 20 1.510 

32 x 20 0.740 80 x 60 3.100 32 x 15 1.040 45 x 30 1.470 

32 x 25 0.497 90 x 40 6.600 36 x 17 1.290 50 x 30 2.020 

36 x 17 1.040 90 x 70 3.830 36 x 25 0.930 50 x 40 1.270 

36 x 25 0.755 100 x 40 8.550 40 x 20 1.520 60 x 40 2.660 

40 x 25 1.040 100 x 80 4.510 40 x 30 0.990 65 x 50 2.410 

40 x 30 0.800 110 x 50 9.630 45 x 25 1.780 70 x 30 4.890 

45 x 30 1.200 110 x 90 4.860 50 x 20 2.570 70 x 40 4.150 

50 x 25 2.070 120 x 60 10.980 55 x 35 2.360 80 x 60 3.720 

All prices indicated in this 

catalogue are subject to 

federal VAT. 


PERMISSIBLE TOLERANCES 

FOR PLASTIC SEMI-FINISHED PRODUCTS 

Permissible tolerances for plastic semi-finished products 

DIN name Round rods Boards, pressed Panels, extruded Tubes, cast 

Flat bars Films, calendered or extruded 

PA DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN 16982 

PE HD DIN EN 15860 DIN 16972 DIN EN ISO 14632 – 

POM DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN 16978 

PVDF / PPE / PEEK / PET, etc. DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN EN 15860 

PP DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 15013 – 

PVC DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 – 

We deliver non-toleranced dimensions according to the following standards: 

Item DIN standards 

Turned and milled parts DIN ISO 2768 medium 

< 400 mm > 

DIN ISO 2768 coarse 

Films/boards DIN EN ISO 14632 

DIN EN ISO 11833 


DIN 16972 

DIN EN 15860 

Moulded components – 

PTFE semi-finished products 

Films up to 3 mm According to the GKV guideline 

Boards: 4 + 5 mm +/–10 % 

Boards: 6 mm and above According to the GKV guideline 

Tubes/round rods and hoses According to the GKV guideline 

Tubes DIN EN 15860 

Round rods DIN EN 15860 

Blanks DIN ISO 2768 coarse 

Punched parts DIN ISO 2768 coarse 

Parts cut with water jets DIN ISO 2768 coarse 

The tolerances only apply to measurements taken at room temperature. 

All data is intended as a guide. 

Please observe the tolerances for other plastic semi-finished products with separate DIN standards accordingly. 

Please contact us for closer tolerances. 

DIN standards can be purchased from: 

Beuth Verlag GmbH, Burggrafenstraße 6, 10787 Berlin, Germany, Tel.: +49 (0)30/2601-0, Fax: +49 (0)30/2601-1260 


theoretical. 



PLASTICS 13/9


ABS 

ABS copolymers 

Item No. 

Thickness 

mm 

Length 

mm 

Width 

mm 

Weight/unit 

kg €/kg 

176960 2 2000 1000 4.240 9.75 

176970 3 2000 1000 6.420 9.75 

176980 4 2000 1000 8.560 9.75 

176990 5 2000 1000 10.700 9.75 

177000 6 2000 1000 12.840 9.75 

427580 8 2000 1000 17.120 9.75 

Technical information: 

In Chapter 14 "Technical Knowledge" starting 

on page 93 we inform you in detail. 

ABS (acrylonitrile-butadiene-styrene 

copolymers) 

ABS types are rigid and impact-resistant 

even at low temperatures, thanks to 

butadiene rubber. They are very hard, whilst 

also offering good scratch and chemical 

resistance. ABS is less ageing and weatherresistant 

than other types. 

- Good mechanical strength 

- Good impact strength 

- Good further processing characteristics 

- Good dielectric properties 

- Good hardness and dimensional stability 

- Low moisture absorption 

- Combustible (adjustments can be made 

to make it non-flammable) 

- Physiologically safe 

Comment: 

ABS is not suitable for mechanical sliding 

functions. 

Grades: modifications available on request, 

not transparent due to rubber component, 

rather, opaque white. 

Use: technical parts subject to impact stress 

including housings and covering parts, also 

for low temperatures 

Processing: hot forming, bonding, welding, 

machining, printing 

Density: 1.07 g/cm 3 

Service temperature: 

- 45 °C to + 85 °C, some up to 100° 

Colour: white 


PS 

Polystyrene 

Standard polystyrene is a hard and 

dimensionally stable, yet brittle 

thermoplastic that is one of the most 

inexpensive plastics available. In its 

injection-moulded form, it is used in the 

manufacture of mass-produced articles and 

disposable parts. 

In technical applications, PS (unloaded) 

is used primarily in the field of electrical 

engineering, thanks to its good dielectric 

properties. 

- Low mechanical strength 

- Low impact strength 

- Good further processing characteristics 

- Very good dielectric properties 

- Good hardness and dimensional stability 

- Very low moisture absorption 

- Combustible 

Item No. 

Thickness 

mm 

Prices on request. 

Length 

mm 

Comment: 

PS without UV stabilisers must not be 

exposed to the elements. PS is not suitable 

for sliding functions. 

Grades: 

- Transparent (glass clear) types 

- Impact-resistant types mostly with 

copolymers such as butadiene rubber 

SB - SAN 

- Mostly glass clear, coloured boards 

available on request 

- Certain grades are physiologically safe 

Application: advertising sector, electrical 

industry, housing construction 

Processing: hot forming, bonding, welding, 

machining, printing 

Density: 1.05 g/cm3 Service temperature: 

-30 °C to +70 °C 

Colour: white 

Width 

mm 



Weight/unit 

kg €/kg 

404940 2 2000 1200 5.180 5.52 

181320 3 2000 1200 7.760 5.52 

181330 4 2000 1200 10.840 5.52 

404950 5 2000 1200 12.600 5.52


uPVC (UNPLASTICISED POLYVINYL CHLORIDE) 

uPVC FOAM BOARDS 

uPVC (unplasticised polyvinyl chloride) uPVC foam boards 

(unplasticised polyvinyl chloride) 

Density: 

1.41 g/cm 3 


+/–0° to +60 °C 

Special types, –20° to +80 °C 

uPVC offers standard impact resistance, is stabilised against 

environmental influences and has a high chemical resistance to 

acids and alkalis. 

• Simple processing possible 

• Outstanding electrical insulating properties 

• Good hardness, dimensional stability and rigidity 

• Low moisture absorption 

• Combustible but self-extinguishing (low flammability according 

to DIN 4102 B 1 – guaranteed for standard grade boards up to 

4 mm) 

• Low tendency towards stress cracking thanks to good chemical 

resistance 

Comment: 

Standard uPVC types do not meet the requirements of the 

German Foodstuffs Act. 

Grades: 

Extruded and pressed design, special design with improved 

impact-resistance grade – even at negative temperatures down to 

–20 °C 

Application: 

Machine tools, chemical equipment and laboratory construction, 

electrical industry, advertising sector and building industry 

Semi-finished product for turned and milled parts subject to little 

stress 

Processing: 

Hot forming, bonding, welding, machining, printing 

Dimensions: 

Boards: Extruded thicknesses of 1 – 50 mm 

Pressed thicknesses of 10 – 100 mm/ 

2000 x 1000 mm/3000 x 1500 mm 

Round rods: 5 – 300 mm 

Differentiating characteristics 

Material density: 

0.70 g/cm 3 


+/–0° to +60 °C 

uPVC foam boards are a composite material made from solid outer 

layers specially stabilised for outdoor use and a foamed uPVC core 

material. The average density is only around 0.70 g/cm 3 , although 

a high level of rigidity is still achieved. 

The outer layers, made from solid, unplasticised PVC, create an 

outstanding surface finish, which means the material is perfect 

for use in advertising, displays and the construction of exhibition 

stands, etc. 

It goes without saying that sound and heat insulation are ensured. 

• Boards possess low flammability characteristics 

• Low thermal conductivity 

• Oscillation and vibration-damping 

• Easy to process 

Comment: 

Advantages over solid boards 

1 m 2 uPVC foam board of 8 mm weighs approx. 5.6 kg 

1 m 2 uPVC solid board of 8 mm weighs approx. 11.4 kg 

Grades: 

Boards are available with an anti-static coating 

White is the standard colour/other colours on request 

Application: 

Electrical engineering = switch cabinets 

Advertising sector = signs/displays/perimeter advertising, etc. 

Processing: 

Excellent machining properties 

Sticking properties: good, contact or solvent adhesives, 

2-component adhesives 

Surface finishes such as printing, painting, coating and flocking 

possible 

Dimensions: 

Board thickness 2 – 30 mm 

Dim. 2000 x 1000/3000 x 1000/2440 x 1220/ 

3050 x 1220/3050 x 1500 mm 

Available depending on design and thickness 

Name according to DIN ISO 1043 uPVC uPVC 

Increased impact resistance 

Material name PVC CAW PVC MZ 

Impact strength Standard impact resistance Increased impact resistance 

Notch toughness 4 kJ/m2 10 kJ/m2 

Lower service temperature limit +/–0 °C –20 °C 

Stabilisation for outdoor exposure High, adequate for many applications Very good 

Colour fastness in outdoor use 

(shades of white and light grey) 

Low level of colour change 

to be expected over time 

Very good colour fastness 

Deep-drawing properties Sufficiently good ability to be drawn Good ability to be drawn 

Low flammability 

according to DIN 4102 B1 

Yes 

(for wall thicknesses up to 4 mm – 

PA-III 2.732) 

No, 

but self-extinguishing 

Chemical resistance DIN 8061 supplement sheet 1 DIN 8061 supplement sheet 1 


uPVC 

pPVC 

Material characteristics for uPVC (unplasticised polyvinyl chloride) 

pPVC (plasticised polyvinyl chloride) 

Material density: 1.22 g/cm 3 

Service temperature: –35 °C standard resistance to cold, 

up to +60 °C 

pPVC boards, transparent, particularly for use as replacement 

swing-door leaves, rolling or folding gates, or strip doors. 

Board strips for vertical blinds with round extruded edges. 

• For sound and heat insulation 

• Fire behaviour according to DIN 53 382, i.e. does not continue 

to burn or smoulder 

• High cold crack resistance 

• Transparency > 80 % 

• Stabilised against ageing and UV 

• High wear resistance 

Filter and light-protection material also characterised by: 

• Reliable absorption of damaging rays 

• Protection against flying sparks 

• Non-flammable 

• DIN tested safety (GS) UV 4 or 7 

Comment: 

Special grades – particularly for cold-store areas, 

with excellent flexibility even at negative temperatures: 

–45 °C extremely resistant to cold, up to +60 °C (on request) 



Name according to DIN ISO 1043 uPVC uPVC 

Increased impact resistance 

Material name Norm Unit PVC CAW PVC MZ 

Density DIN 54379 g/cm 3 1.42 1.42 

Flexural modulus of elasticity DIN 53457 N/mm 2 3000 2800 

Yield stress DIN 53455 N/mm 2 58 52 

Elongation at tear DIN 53455 % 15 20 

Impact strength DIN 53453 kJ/m 2 NB NB 

Notch toughness DIN 53453 kJ/m 2 4 10 

Ball indentation hardness H 358/30 DIN 53456 N/mm 2 130 110 

Shore hardness D DIN 53505 – 82 77 

Vicat softening temperature B/50 DIN 53460 K (°C) 351 (78) 348 (75) 

Av. linear coefficient of thermal expansion DIN 53752 K–1 0.8 ·10 –4 1.0 ·10 –4 

Thermal conductivity* DIN 52612 W/mK 0.159 0.159 

Dielectric strength** method K20/P50 DIN 53481 kV/mm 39 34 

Volume resistivity, annular electrode DIN 53482 Ohm · cm > 10 15 > 10 15 

Surface resistivity, electrode A DIN 53482 Ohm 10 15 10 14 

Tracking resistance method KC DIN 53480 V > 600 > 600 

Permittivity 

at 300 – 1000 Hz DIN 53483 – 3.2 3.3 

at 3 · 105 Hz DIN 53483 – 3.0 3.1 

Dielectric power factor 

at 300 Hz DIN 53483 – 0.03 0.03 

at 1000 Hz DIN 53483 – 0.02 0.02 

at 3 · 10 5 Hz DIN 53483 – 0.02 0.03 

** Measured on test specimens 10 mm thick 

** Measured on test specimens 1 mm thick 

The data given is a guide and may vary according to the processing 

method used and the way in which the test specimen was produced. 

If there is no indication to the contrary, these are average 

values of measurements taken on extruded boards 4 mm thick. 

The data cannot be transferred to finished products as is. 

The processor and/or user must check that our materials are suitable 

for the specific purpose in question. 

Moulding material name (DIN 7748, version of 9/85) 

PVC CAW: FM DIN 7748-PVC-U, ED, 078-04-33 

PVC MZ: FM DIN 7748-PVC-U, EDLP, 076-08-28 

Grades: 

pPVC boards natural, transparent 

Fabric-reinforced boards, as well as filter and light-protection 

strips including fastening material and installation available on 

request 

Application: 

Transparent grade, e.g. for flexible door leaves of any type. 

Filter protection with sun protection factor (strip goods) 

Tech. grade, colour natural, e.g. for machine bases, as impact 

protection for linings, as well as seals and punched parts 

Processing: 

Can be cut/punched/stuck to one another using solvent adhesives 

Dimensions: 

Board thickness 2 - 3 - 4 - 5 - 7 - 10 mm – 1000 mm standard width 

Special widths up to 2200 mm possible (on request) 

Roll lengths of 20 m/or blanks 

pPVC board strips, transparent, with round extruded edges 

200 x 2 mm/300 x 3 mm/400 x 4 mm/roll length of 50 m or blanks


UPVC BOARDS 

Extruded 

Item No. 

grey 

Item No. 

light grey 

Also, page through online! 

www.reiff-tp.com 

Item No. 

red 

Item No. 

black 

Thickness/mm Tolerance/mm 

10 – 20 mm + 2 mm 

21 – 45 mm + 3 mm 

46 – 75 mm + 4 mm 

76 – 100 mm + 6 mm 

101 – 120 mm + 7 mm 

Thickness 

mm 

Length 

mm 

Width 

mm 

Weight/unit 

kg 


Service temperature: +/-0 °C to +60 °C 

Largely UV- 

stabilised 

Special types: -20 °C to +80 °C 

UV-stabilised 

Colour: grey, light grey, 

red, black 

404960 181890 569110 1 2000 1000 2.900 4.31 4.31 5.74 

955140 10030838 10028088 1.5 2000 1000 4.300 4.31 4.31 5.74 

181410 181900 181550 405080 2 2000 1000 5.800 4.31 4.31 5.73 5.74 

181420 181910 181560 405190 3 2000 1000 8.600 4.31 4.31 5.73 5.74 

404970 405440 181570 181830 4 2000 1000 11.500 4.31 4.31 5.73 5.74 

181440 405450 181580 181840 5 2000 1000 14.400 4.31 4.31 5.73 5.74 

181450 405460 181590 405420 6 2000 1000 17.300 4.31 4.31 5.73 5.74 

181460 405470 181600 181850 8 2000 1000 23.000 4.31 4.31 5.73 5.74 

181470 405480 181610 10034671 10 2000 1000 28.800 4.31 4.31 5.73 5.74 

181480 405490 405430 12 2000 1000 34.600 4.31 4.31 5.74 

181490 405500 4132910 181870 15 2000 1000 43.200 4.31 4.31 5.73 5.74 

181500 405770 926150 181880 20 2000 1000 57.600 4.31 4.31 5.73 5.74 

181510 10018750 470030 25 2000 1000 72.000 4.31 5.73 5.74 

181520 689080 569090 30 2000 1000 86.400 4.31 4.31 5.74 

410890 4575190 10018752 35 2000 1000 101.000 4.31 4.31 5.73 

181530 10023607 40 2000 1000 115.200 4.31 4.31 

Pressed 

Item No. 

grey 

Thickness 

mm 

Length 

mm 

Width 

mm 

€/kg 

grey 

€/kg 

light 

grey 

€/kg 

red 

€/kg 

black 



Largely UV- 

stabilised 


UV-stabilised 

Colour: Grey 

Weight/unit 

kg 

569130 60 2000 1000 170.400 14.81 

489900 70 1000 1000 99.400 14.81 

427670 80 1000 1000 113.600 14.81 

489920 100 1000 1000 142.000 14.81 

€/kg 

grey 


UPVC ROUND RODS 

Extruded 



Largely UV-stabilised 


UV-stabilised 

Colour: red, grey, black 

Item No. 

red 

Minimum 

order 

€ 40.– 

Item No. 

grey 

Item No. 

black 

Length 

mm 

Diameter 

mm 

Weight/m 

kg 



182020 2000 6 0.040 6.05 

182030 10004050 2000 8 0.070 6.05 6.30 

182040 10003815 2000 10 0.120 6.05 6.30 

182050 1060030 2000 12 0.160 6.05 6.30 

182060 927700 2000 15 0.270 6.05 6.30 

182070 871650 2000 18 0.380 6.05 6.30 

182560 182080 490530 2000 20 0.470 6.30 6.05 6.30 

182570 182100 871660 2000 25 0.730 6.30 6.05 6.30 

182580 182120 454430 2000 30 1.050 6.30 6.05 6.30 

182590 182130 4478390 2000 35 1.390 6.30 6.05 6.30 

182600 182140 627790 2000 40 1.860 6.30 6.05 6.30 

182610 182150 4041600 2000 45 2.360 6.30 6.05 6.30 

182620 182160 627800 2000 50 2.920 6.30 6.05 6.30 

182630 182170 10015547 2000 55 3.520 6.30 6.05 6.30 

182640 182180 627810 2000 60 4.190 6.30 6.05 6.30 

410970 182190 2000 65 4.920 6.30 6.05 

182650 182200 4342080 2000 70 5.690 6.30 6.05 6.30 

182660 182210 4317760 2000 80 7.400 6.30 6.05 6.30 

182670 182220 1060040 2000 90 9.370 6.30 6.05 6.30 

182680 182230 728100 2000 100 11.560 6.30 6.05 6.30 

182690 182240 10022980 2000 110 13.950 6.30 6.05 6.30 

182700 182250 4625420 2000 120 16.640 6.30 6.05 6.30 

182270 2000 130 19.560 6.05 

10012913 2000 140 22.170 6.05 

182720 182280 1000 150 25.970 6.30 6.05 

410920 1000 160 29.560 6.05 

182730 182290 1000 180 36.640 6.30 6.05 

182740 182300 1000 200 46.710 6.30 6.05 

10022615 1000 225 58.900 6.05 

490520 1000 250 72.370 6.05 

€/kg 

red 

€/kg 

grey 

Shop 

€/kg 

black


UPVC TUBES 

Extruded 

Item No. 

grey 

Length 

mm 





UV-stabilised 

Colour: Grey 

Outer diameter 

mm 

Wall thickness 

mm 

4428840 5000 6 1 0.79 

4428850 5000 8 1 0.92 

873310 5000 10 1.2 1.06 

4428860 5000 12 1 1.03 

4428870 5000 12 1.4 1.30 

4428880 5000 16 1.2 1.30 

4428890 5000 16 1.8 1.62 

4428900 5000 20 1.5 1.73 

4322610 5000 20 2.3 3.06 

4428910 5000 25 1.5 2.16 

4322620 5000 25 1.9 2.59 

4428920 5000 25 2.8 3.89 

10020786 5000 32 1.8 3.39 

4428940 5000 32 2.4 3.89 

4428950 5000 32 3.6 5.18 

4428970 5000 40 3.0 5.81 

4428980 5000 40 4.5 9.43 

10014679 5000 50 1.8 4.64 

4322630 5000 50 2.4 5.72 

4428990 5000 50 3.7 8.69 

4429000 5000 50 5.6 14.59 

10019146 5000 63 1.9 6.26 

928190 5000 63 3.0 7.34 

4429010 5000 63 4.7 13.82 

4429020 5000 63 7.0 22.73 

998050 5000 75 2.2 8.86 

4429030 5000 75 3.6 10.69 

4429040 5000 75 5.6 19.50 

4429050 5000 75 8.4 36.50 

10041999 5000 90 1.8 10.61 

10003089 5000 90 2.7 13.93 

4429060 5000 90 4.3 15.12 

4429070 5000 90 6.7 28.08 

4429090 5000 110 1.8 11.77 

4429090 5000 110 2.2 11.77 

998060 5000 110 5.3 22.36 

4429080 5000 110 8.2 37.26 

10009439 5000 125 1.8 12.96 

10003064 5000 160 1.8 16.31 

10024755 5000 160 2.5 23.87 

10041784 5000 160 11.9 99.86 

10039528 5000 180 1.8 23.44 

10040956 5000 200 9.6 117.72 

10013347 5000 250 2.0 34.78 

4628260 5000 250 4.9 55.84 

10017373 5000 315 2.9 62.64 

€/m 

grey 


UPVC HOLLOW BARS 

Extruded 





UV-stabilised 

Colour: Grey 

Item No. 

Length 

mm 

Other colours and designs 

on request. 

Outer diameter 

mm 

Inner diameter 

mm 



Weight/m 

kg €/kg 

4425860 2000 15 5 0.250 12.69 

4425870 2000 18 5 0.360 12.69 

1008310 2000 20 6 0.440 12.69 

4425900 2000 22 6 0.570 12.69 

4425880 2000 25 8 0.680 12.69 

4425920 2000 28 10 0.780 12.69 

4425940 2000 30 10 0.960 12.69 

4425990 2000 32 12 0.980 12.69 

4426000 2000 35 12 1.310 12.69 

4426020 2000 40 15 1.660 12.69 

4426030 2000 45 20 1.990 12.69 

4426050 2000 50 20 2.470 12.69 

4426060 2000 55 25 2.900 12.69 

4426070 2000 60 30 3.450 12.69 

4426080 2000 70 30 4.510 12.69 

4426090 2000 80 40 5.860 12.69 

4426110 2000 100 50 9.130 12.69 

Shop


PPVC 

Boards/Films 

Item No. 

transparent 

Minimum 

order 

€ 40.– 

Item No. 

natural 

Thickness 

mm 

Property Method Value Unit 

Density DIN 53 479 ~ 1.22 g/cm3 Shore hardness 

A/15 sec 

DIN 53 505 70 – 

Cold crack 

temperature 

DIN 53 372 Below 30 °C 

Water absorption DIN 53 472 14 

mg 

Condition at time 

of supply 

51 x 51 x 5.5 mm 

0.14 

% 

Tearing strength DIN 53 455 Approx. 200 kg/cm2 Elongation at tear DIN 53 455 Approx. 450 % 

Tear growth 

resistance 

DIN 53 515 > 40 kp/cm 

Fire behaviour DIN 53 382 Burns or 

smoulders 

no further 

– 

Flammability 

According to 

US MVSS 302 

Non- 

flammable 

Abrasion DIN 51 954 0.01 mm 



A/15 sec 

DIN 53 505 70 – 

Cold crack 

temperature 

DIN 53 372 Below 30 °C 


mg 


of supply 

51 x 51 x 5.5 mm 

0.14 

% 


Tear growth 

resistance 

DIN 53 515 > 40 kp/cm 


smoulders 

no further 

– 

Flammability 

Length 

m 

According to 

US MVSS 302 

Non- 

flammable 


– 

– 


Service temperature: -35 °C to +60 °C 


Colour: Natural, transparent 

Width 

mm 

€/m² 

transparent 

€/m² 

natural 

184940 0.50 50 1220 4.50 

416180 1 30 1220 8.95 

182980 183020 2 20 1000 6.74 6.74 

182990 183030 3 20 1000 6.74 6.74 

183000 183040 4 20 1000 6.74 6.74 

660740 183050 5 20 1000 6.74 6.74 

855270 7 20 1000 6.74 

855280 10 20 1000 6.74 

Strips 

Item No. 

Red-transp. 

Item No. 

transparent 

Thickness 

mm 

Length 

m 




Colour: Transparent, 

red-transparent 

Width 

mm 

€/m €/m 

Red-transp. transparent 

928340 979850 2 50 200 2.93 2.66 

826440 979870 3 50 300 6.50 5.91 

993490 979880 4 50 400 11.54 10.49 


PE HD (POLYETHYLENE HIGH DENSITY) 

Characteristic properties of PE HD (polyethylene high density) 

The properties of polyethylene are primarily determined by the 

chain length (degree of polymerisation). 

Compared to standard natural and black polyethylenes, 

PE HD 500 (HMW) and PE HD 1000 (UHMW) have a higher 

molecular weight (M), which can be established via various 

methods. According to Margolies' equation (based on viscometric 

measurements), the materials are classified as follows: 

Standard PE HD natural or black = approx. 250.000 M 

PE HD 500 (HMW) = approx. 500.000 M 

PE HD 1000 (UHMW) = approx. 4.4 – 8 million M 

PE HD standard natural or black 

(polyethylene) 



Without significant mechanical stress and with air as the 

surrounding medium, up to +80 °C 

PE HD is very tough, even at low temperatures, has a low density 

(compared to other materials) and impresses with its high 

chemical resistance. 

• Very good electrical insulating properties 

• Good sliding properties 

• Almost no moisture absorption 

• Combustible according to DIN 4102 B2 

• Physiologically indifferent (compatible with foodstuffs) 

• Anti-adhesive properties (so 100 % sticking not possible) 

Comment: 

PE natural is intended exclusively for indoor use. 

PE black is specially UV-stabilised for outdoor use. 

Pressed boards have fewer stresses compared to extruded boards, 

so priority should be given to them for milled parts. 

Grades: 

Extruded and pressed design/colour natural/black 

Other grades/modifications on request 

Application: 


electroplating technology, use wherever physiological safety is 

required. 

Processing: 

Hot forming, welding, machining, 

Sticking properties: high bonding strength not possible 

Printing: surface pre-treatment required 

Dimensions: 

Boards 0.5 – 50 mm extruded design – 

Dim. 2000 x 1000 mm 

10 – 200 mm pressed design – 

Dim. 2000 x 1000 mm 

Other board sizes on request 

Round rods: 8 – 500 mm diameter, lengths of 1000/2000 mm 

Tolerances: see technical knowledge 

Standard tolerances for thermoplastic/thermosetting plastic 

materials 



In addition to the general characteristics of standard PE HD, 

such as 

• Good resistance to stress cracks 

• No water absorption 

• Compatible with foodstuffs 

• Excellent electric and dielectric properties 

• Good processability and machinability 

• Chemical resistance 

as the molecular weight of HMW PE HD types increases, so a 

number of the material properties improve. For example: 

• Notch toughness 

• Resistance to stress cracking 

• Tearing strength/elongation at tear 

• Rigidity and abrasion also decrease as the molecular weight 

increases 

PE HD 1000 (UHMW) (polyethylene) 


Service temperature: –200 °C to + 70 °C 

An increase of around 10 % is permissible, provided that the parts 

are not subject to significant mechanical stress. 

PE HD 1000 (UHMW) features high impact strength and notch 

toughness even at low temperatures, as well as a high tearing 

strength and elongation at tear with optimum long-term behaviour. 

This material will not be destroyed by slow or sudden stresses. 

• Very low wear, abrasion-resistant 

• Good sliding properties, prevents sticking 





Comment: 

PE HD 1000 UHMW natural is not specially stabilised for outdoor 

use and, as such, is intended for indoor applications. 

PE HD 1000 UHMW black is specially UV-stabilised for outdoor use. 



Grades: 

Extruded/sliced and pressed boards 

Colour natural/black/green 

Special types modified for parts subject to high stresses on 

request 

Round rods ram extruded/extruded design 

Application: 

Machine tools, chemical equipment construction, electroplating 

technology, use wherever physiological safety is required and 

where sliding properties are necessary along with optimum wear 

resistance, e.g. hopper linings 

Processing: see PE HD 

Dimensions: 

Boards: Thicknesses of 1 – 8 mm = extruded or sliced boards 

10 – 120 mm = pressed/extruded boards 

Storage dimensions 2000 x 1000 mm, 

other dim. on request 

Round rods: 20 – 350 mm D 

Tolerances: see technical knowledge 


materials


PE HD 

Material characteristics 

Name according to DIN ISO 1043 PE black PE natural PE UHM PE UHMW 

Material name PE HWU PE HWST PE HMW 500 PE HMG 1000 

Technical data Norm Unit 

Density ISO 1183 g/cm3 0.95 0.95 0.95 0.94 

Yield stress DIN EN ISO 527 MPa 22 21 28 22 

Elongation under yield stress DIN EN ISO 527 % 9 9 8 10 

Elongation at tear DIN EN ISO 527 % 300 500 300 350 

Tensile modulus of elasticity DIN EN ISO 527 MPa 800 800 850 800 

Impact strength DIN EN ISO 179 kJ/m2 No breakage No breakage No breakage No breakage 

Notch toughness DIN EN ISO 179 kJ/m2 12 13 50 No breakage 

Ball indentation hardness DIN EN ISO 2039-1 MPa 40 43 45 40 

Shore hardness 

Average 

ISO 868 D 63 62 66 64 

linear coefficient of thermal 

expansion 

DIN 53752 K –1 1.8 x 10 –4 1.8 x 10 –4 1.5 x 10 –4 1.6 x 10 –4 

Thermal conductivity DIN 52612 W/m-K 0.38 0.38 0.38 0.38 

Fire behaviour DIN 4102 Standard 

flammable 

Standard 

flammable 

Standard 

flammable 

Standard 

flammable 

Dielectric strength IEC 243-1 kV/mm 47 50 44 44 

Surface resistivity DIN IEC 167 Ohm 10 14 10 14 10 14 10 14 

Usable temperature range °C -50 to +80 -50 to +80 -100 to +80 -200 to +80 

Chemical resistance Very good in contact with many acids, alkalis and solvents 

Physiologically safe 

according to BgVV (Federal 

Institute of Consumer Health 

Protection and Veterinary 

Medicine) 

Yes Yes Yes 

Yes 

(natural colour 

only) 

Processing 

Welding Yes Yes Yes Possible 

Bonding, GFRP coating Only possible following pre-treatment 

Painting, printing Only possible following pre-treatment 

Hot forming Good Good Possible Restricted 

Properties and applications 



Specially UV- Physiologically 

stabilised for out- safe, particularly 

door applications, for applications in 

good deep- the food industry 

drawing properties, 

particularly 

for use in tank and 

equipment construction, 

as well 

as in the deepdrawing 

sector 

High molecular 

weight, abrasionresistant, 

good 

sliding properties, 

particularly for 

applications in 

conveying 

technology, as 

well as machine 

tools and plant 

engineering 

Ultra-high molecular 

weight, particularlyabrasionresistant, 

good 

sliding properties, 

particularly for use 

in conveying technology, 

as well as 

in silo and hopper 

construction 


PE BOARDS 

Extruded 



Colour: natural 

for indoor applications 

black 

UV-stabilised 

Item No. 

natural 

Item No. 

black 

Thickness 

mm 

Length 

mm 

Width 

mm 


Weight/unit 

kg 


€/kg 

natural 

179840 179990 1 2000 1000 1.900 5.59 5.59 

10067966 1.5 2000 1000 2.880 5.59 

179850 180000 2 2000 1000 3.800 4.95 4.95 

179860 180010 3 2000 1000 5.700 4.95 4.95 

179870 180020 4 2000 1000 7.600 4.95 4.95 

179880 180030 5 2000 1000 9.500 4.95 4.95 

179890 180040 6 2000 1000 11.400 4.95 4.95 

179900 180050 8 2000 1000 15.300 4.95 4.95 

179910 180060 10 2000 1000 19.100 4.95 4.95 

179920 180070 12 2000 1000 22.900 4.95 4.95 

179930 180080 15 2000 1000 28.700 4.95 4.95 

179940 180090 20 2000 1000 38.200 4.95 4.95 

179950 574760 25 2000 1000 47.800 4.95 4.95 

179960 410720 30 2000 1000 57.300 4.95 4.95 

4450900 40 2000 1000 76.000 5.80 

4450910 50 2000 1000 95.000 6.45 

Pressed 





black 

UV-stabilised 

Item No. 

natural 

Item No. 

black 

Thickness 

mm 

Length 

mm 

Width 

mm 

Weight/unit 

kg 

€/kg 

natural 

4400920 20 2000 1000 38.000 7.48 

4400840 4400930 25 2000 1000 47.500 7.48 7.48 

4400850 4400940 30 2000 1000 57.000 7.48 7.48 

619680 35 2000 1000 65.500 7.48 

179970 410730 40 2000 1000 76.000 7.48 7.48 

179980 410740 50 2000 1000 95.000 7.48 7.48 

4400860 4400950 60 2000 1000 114.000 7.48 7.48 

4400870 4400960 70 2000 1000 133.000 7.48 7.48 

4400880 4134060 80 2000 1000 152.000 7.48 7.48 

€/kg 

black 

€/kg 

black


PE ROUND RODS 

Extruded 

Item No. 

natural 

Item No. 

black 

Other dimensions on request 

Length 

mm 





black 

UV-stabilised 

Diameter 

mm 

Weight/m 

kg 

€/kg 

natural 

180260 10040361 2000 10 0.080 9.45 9.45 

4590830 2000 12 0.110 9.45 

10033725 2000 15 0.170 9.45 

406160 180340 2000 20 0.320 9.45 9.45 

180300 4463010 2000 25 0.490 9.45 9.45 

406170 427650 2000 30 0.700 8.43 8.43 

574740 1120540 2000 35 0.950 8.43 8.43 

180320 180360 2000 40 1.200 8.43 8.43 

470070 647820 2000 45 1.520 8.43 8.43 

410800 410840 2000 50 1.880 8.43 8.43 

4395140 2000 55 2.250 8.43 

410810 415920 2000 60 2.700 8.43 8.43 

10009244 2000 65 3.400 8.43 

574750 577790 2000 70 3.850 8.43 8.43 

415910 410820 2000 80 4.800 8.43 8.43 

574780 410830 2000 90 6.310 8.43 8.43 

410790 577800 1000 100 7.500 8.43 8.43 

470080 10024125 1000 110 9.080 8.43 8.43 

4449190 10008408 1000 120 11.250 8.43 8.43 

10012091 1000 125 12.230 8.43 

4313530 1000 140 15.290 8.43 

4449200 10000741 1000 150 16.880 8.43 8.43 

4449210 10017449 1000 200 30.000 8.43 8.43 

10014177 1000 225 39.640 8.43 

773300 1000 250 48.570 8.43 

773290 1000 300 69.700 8.43 

€/kg 

black 


PP 

PP (polypropylene) 


0.91 g/cm 3 


+/–0 °C to +80 °C 

Without significant mechanical stress and with air as the 

surrounding medium, up to +100 °C 

More rigid, harder and stronger than PE. 

• High chemical resistance 

• Very good electrical insulating properties 



• Physiologically safe (according to BGA/FDA) 


Comment: 

PP is not generally designed for outdoor use. 

For restrictions in terms of chemical resistance, see the separate 

data sheet. 

Due to the way they are manufactured, pressed boards are more 

neutral in terms of stress and priority should be given to them for 

milled parts. 



Material name PP DWU PP DWST PPs 

Name according to DIN ISO 1043 PP grey PP natural PP low flammability 

Technical data Norm Unit 

Density ISO 1183 g/cm3 0.91 0.90 0.95 

Yield stress DIN EN ISO 527 MPa 32 30 32 

Elongation under yield stress DIN EN ISO 527 % 8 8 8 

Elongation at tear DIN EN ISO 527 % 70 70 70 

Tensile modulus of elasticity DIN EN ISO 527 MPa 1400 1400 1300 

Impact strength DIN EN ISO 179 kJ/m2 No breakage No breakage No breakage 

Notch toughness DIN EN ISO 179 kJ/m2 6 6 7 

Ball indentation hardness DIN EN ISO 2039-1 MPa 70 70 70 

Shore hardness 

Average 

ISO 868 D 72 72 72 

linear coefficient of thermal 

expansion 

DIN 53752 K –1 1.6 x 10 –4 1.6 x 10 –4 1.6 x 10 –4 

Thermal conductivity DIN 52612 W/m-K 0.22 0.22 0.22 

Fire behaviour DIN 4102 Standard 

flammable 

Grades: 

Extruded/pressed design, colour natural/pebble grey 

Other PP grades on request 

Application: 


electroplating technology, use wherever physiological safety is 

required 

Processing: 

Hot forming, welding, machining, 

Sticking properties: high bonding strength not possible 

Printing: surface pre-treatment required 

Good cutting properties 

Dimensions: 

Boards 0.5 – 40 mm extruded design – 

Dim. 2000 x 1000 mm 

10 – 200 mm pressed design – 

Dim. 2000 x 1000 mm 

Other board sizes on request 

Round rods: 8 – 500 mm diameter, lengths of 1000/2000 mm 

Tolerances: 

See technical knowledge 


materials 

Weight indications are theoretical. 

Standard 

flammable 

Standard 

flammable 

Dielectric strength IEC 243-1 kV/mm 52 58 22 

Surface resistivity DIN IEC 167 Ohm 1014 1014 1014 Usable temperature range °C 0 to +100 0 to +100 0 to +100 

Chemical resistance 

Physiologically safe 

Very good in contact with many acids, alkalis and solvents 

according to BgVV (Federal 

Institute of Consumer Health 

Protection and Veterinary 

Medicine) 

Processing 

Yes Yes No 

Welding Yes Yes Yes 

Bonding, GFRP coating Possible with laminated boards 

Painting, printing Only possible following pre-treatment 

Hot forming 

Properties and applications 

Good Good Good 

Extremely thermally 

stable, particularly for 

applications in tank and 

equipment construction 

Physiologically safe, 

particularly for applications 

in the food 

industry 

Extremely thermally 

stable, particularly for 

use in the construction 

of ventilation systems


PP BOARDS 

Extruded 

Item No. 

natural 

Item No. 

grey 

Thickness 

mm 


Service temperature: +/-0 °C to +80 °C, 

without mech. stress up to +100 °C 

Colour: natural, not UV-resistant, 

grey, UV-resistant to a limited extent 

Length 

mm 

Width 

mm 

Weight/unit 

kg 

€/kg 

natural 

10030727 180810 1 2000 1000 1.800 5.56 5.56 

180990 386910 2 2000 1000 3.600 5.05 5.05 

404820 180830 3 2000 1000 5.500 5.05 5.05 

181010 387000 4 2000 1000 7.300 5.05 5.05 

181020 180850 5 2000 1000 9.200 5.05 5.05 

404830 387010 6 2000 1000 11.000 5.05 5.05 

181040 180870 8 2000 1000 14.600 5.05 5.05 

404840 387020 10 2000 1000 18.300 5.05 5.05 

181060 180890 12 2000 1000 22.000 5.05 5.05 

404850 404790 15 2000 1000 27.500 5.05 5.05 

181080 180910 20 2000 1000 36.400 5.05 5.05 

404860 404800 25 2000 1000 45.800 5.05 5.05 

181100 180930 30 2000 1000 54.900 5.05 5.05 

10002777 569140 35 2000 1000 64.500 6.46 6.46 

620030 180950 40 2000 1000 73.200 6.46 6.46 

404810 50 2000 1000 92.500 8.29 

Pressed 

Item No. 

natural 

Item No. 

grey 

Thickness 

mm 






Length 

mm 

Width 

mm 

Weight/unit 

kg 

€/kg 

natural 

4403220 4403110 10 2000 1000 18.200 9.23 9.23 

4403230 4403120 12 2000 1000 21.800 9.23 9.23 

4403240 4403130 15 2000 1000 27.300 8.20 8.20 

4403250 4403140 20 2000 1000 36.400 8.20 8.20 

4403260 4403150 25 2000 1000 45.500 8.20 8.20 

4403270 4403160 30 2000 1000 54.600 8.20 8.20 

4403280 4403170 40 2000 1000 72.800 8.20 8.20 

1091670 4403180 50 2000 1000 91.000 8.20 8.20 

470060 180970 60 2000 1000 109.200 8.20 8.20 

4403290 4403190 70 2000 1000 127.400 8.20 8.20 

4403300 4403200 80 2000 1000 145.600 8.20 8.20 

4403310 4403210 90 2000 1000 163.800 8.77 8.77 

569650 620040 100 2000 1000 182.000 8.77 8.77 

Shop 

€/kg 

grey 

€/kg 

grey 


PP ROUND RODS 

Extruded 






Item No. 

natural 

Item No. 

grey 



federal VAT. 

Length 

mm 

Diameter 

mm 


Weight/m 

kg 


€/kg 

natural 

10044170 2000 8 0.050 10.40 

181140 2000 10 0.070 10.40 

404880 2000 12 0.120 10.40 

569200 181160 2000 15 0.160 10.40 10.40 

181240 404890 2000 20 0.300 10.40 10.40 

569210 181180 2000 25 0.450 10.40 10.40 

404920 404900 2000 30 0.650 8.29 8.29 

620050 569150 2000 35 0.880 8.29 8.29 

181260 181200 2000 40 1.150 8.29 8.29 

569220 569160 2000 45 1.460 8.29 8.29 

404930 404910 2000 50 1.800 8.29 8.29 

569230 569170 2000 55 2.250 8.29 8.29 

470040 181220 2000 60 2.590 8.29 8.29 

569180 2000 65 3.250 8.29 

569240 470050 2000 70 3.520 8.29 8.29 

10012252 10050725 2000 75 4.150 8.29 8.29 

569250 410870 2000 80 4.600 8.29 8.29 

575020 427660 2000 90 6.040 8.29 8.29 

575030 574980 2000 100 7.200 8.29 8.29 

10028410 10062039 2000 110 8.990 8.29 8.29 

992710 2000 150 16.800 8.29 

10066506 2000 200 29.000 8.29 

€/kg 

grey


TECHNICAL SEMI-FINISHED PRODUCTS 

PA 

Product description for PA (polyamide) 


PA 6 1.14 g/cm 2 


PA 6 –40 °C to +85/70 °C (5000/20.000 hours) 

According to grade, e.g. PA 4.6 (Ertalon 4.6) –40 °C to +155/135 °C 

Differences in PA types depend on their crystallinity and water 

content. A high degree of crystallinity makes polyamides rigid 

and hard. 

Very tough due to moisture absorption. 

Main properties of polyamides: 

• High mechanical strength, rigidity, hardness and toughness 

• Good fatigue strength 

• High mechanical damping capacity 

• Good sliding and emergency running properties 

• Very high wear resistance 

• Good electrical insulating properties 

• Good resistance to high-energy radiation (gamma and X rays) 

• Good cutting properties 

The wear resistance and sliding properties can be improved by 

making modifications involving oil or solid lubricants. The strength 

and modulus of elasticity are achieved via modifications with glass 

fibres. 

Comment: 

As PA absorbs moisture, these plastics must be designed to permit 

larger tolerances. 

Never use PA against PA in sliding applications (stick-slip effect). 

Grades: 

Extruded materials: 

• PA 6 colour natural/black 

• PA 66 colour natural/black 

• Ertalon 4.6 (polyamide 4.6) reddish brown 

• PA 66 GF 30 black 

• Nylatron GS anthracite 

Cast materials: 

• PA 6 cast colour natural/black 

• PA 6 heat-stabilised (Ertalon XAU) black 

• PA 6 oil (Ertalon LFX) green 

• Nylatron 901 blue 

• Nylatron GSM anthracite 

• Nylatron NSM grey 

• Nylatron LFG (self-lubricating) 

Approved under foodstuffs legislation 

• Nylatron 703 XL (optimum wear resistance – with increased 

dynamic resilience) 

(Request a separate detailed product description) 

Application: 

Machine tools, precision engineering such as bearing bushes, 

toothed wheels, wearing parts, tensioning and conveyor rollers, 

pulley blocks, chain wheels, etc. 

Processing: 

Good machining possible (long cut, 

see machining information) 

Dimensions: 

Round rods: 

5 – 500 mm ∅ (according to grade) 

Hollow bars: 

Outer diameter 20 – 500 mm (according to grade) 

Boards: 

0.5 – 100 mm thickness (according to grade) 

Dimensions 610 x 1000/3000 mm 

According to grade 1220 x 2000 mm 

Please observe the detailed list of dimensions for each grade. 



PA 

Polyamide extruded materials 

PA 6 (polyamide) extruded material 

Material density: 1.14 g/cm 3 , colour natural/black 


–40 °C to +85/70 °C (5000/20.000 hours) 

This material offers an optimum combination of mechanical 

strength, rigidity, toughness and mechanical damping, along with 

very good wear resistance, good electrical insulating properties 

and good chemical resistance. As a result, PA 6 should be viewed 

as a "universal" material for construction and repairs. 

PA 66 (polyamide) extruded material 



–30 °C to +95/80 °C (5000/20.000 hours) 

Material with a higher strength, rigidity, temperature resistance 

and wear resistance than PA 6, as well as better creep strength. 

However, PA 66 has a lower impact strength and poorer 

mechanical damping properties. 

Ertalon 4.6 (polyamide 4.6) extruded material 

Material density: 1.18 g/cm 3 , colour reddish brown 


–40 °C to +155/135 °C (5000/20.000 hours) 

Compared to standard PA types, Ertalon 4.6 retains its rigidity and 

creep strength better over a wide temperature range, as well as 

offering higher thermal ageing resistance. 

The main applications for this material can be found in the temperature 

range between 80° and 150 °C, where the properties of PA6/ 

PA 66/POM/PET no longer suffice. 





PA 66 – GF 30 (polyamide 6.6 30 % glass-reinforced) extruded 

material 

Material density: 1.29 g/cm 3 , colour black 


–20 °C to +120/110 °C (5000/20.000 hours) 

PA 66 with 30 % glass-fibre reinforcement offers higher strength, 

rigidity, creep strength and dimensional stability than nonreinforced 

PA 66, whilst retaining very high wear resistance. Can 

be used at higher top service temperatures. 

Nylatron GS (polyamide 6.6 with MoS2) extruded material 

Material density: 1.15 g/cm 3 , colour anthracite 


–20 °C to +95/80 °C (5000/20.000 hours) 

Material with a slightly higher strength, hardness and dimensional 

stability than PA 66, but whose impact strength is reduced a 

little. The modification with MoS2 improves frictional and wear 

behaviour. 

For further information, see the technical data sheet.



PA 

Cast polyamide materials 

PA 6 cast (cast polyamide) cast material 



–30 °C to +105/90 °C (5000/20.000 hours) 

This material has a similar property profile to PA 66. 

It combines high mechanical strength, rigidity and hardness with 

good creep strength, wear resistance, thermal resistance and 

cutting properties. 

The casting method offers a wider range of dimensions. 

PA heat-stabilised (Ertalon 6 XAU) cast material 

Material density: 1.15 g/cm 3 , colour black 


–30 °C to +120/105 °C (5000/20.000 hours) 

Heat-stabilised PA provides higher thermal ageing resistance, 

which means it can be used at continuous service temperatures 

that are 15 to 30 °C higher than standard. 

Particularly recommended for sliding elements and other wearing 

parts where service temperatures of over 60 °C arise. 

Polyamide oil (Ertalon LFX) cast material 

Material density: 1.135 g/cm 3 , colour green 


–20 °C to +105/90 °C (5000/20.000 hours) 

An internally lubricated PA that was specially developed for highly 

stressed, slow-moving dry-running sliding elements. The material 

offers an extremely low coefficient of sliding friction with very high 

wear resistance. 




Nylatron MC 901 (polyamide 6) cast material 

Material density: 1.15 g/cm 3 , colour blue 


–30 °C to +105/90 °C (5000/20.000 hours) 

The material is tougher, more flexible and has a higher fatigue 

strength than PA 6 cast, making it particularly well suited for 

toothed wheels, pinions, gear racks, etc. 

Nylatron GSM (polyamide 6 with MoS2) cast material 

Material density: 1.16 g/cm 3 , colour anthracite 


–30 °C to +105/90 °C (5000/20.000 hours) 

MoS2 particles improve frictional and wear behaviour without 

having an adverse effect on the high impact and fatigue strength. 

Suitable for pulley blocks, sliding elements, chain wheels or 

toothed wheels. 

Nylatron NSM (polyamide 6 with solid lubricant) cast material 

Material density: 1.15 g/cm 3 , colour grey 


–30 °C to +105/90 °C (5000/20.000 hours) 

A material with an evenly embedded solid lubricant and excellent 

sliding properties, combined with outstanding wear resistance 

and an extremely dynamic load-carrying capacity (PV limit value 

5x higher than with a conventional cast PA). Particularly suitable 

for higher sliding speeds, dry-running bearings and wearing parts. 

Nylatron 703 XL (polyamide 6 with solid lubricant) cast material 

Material density: 1.11 g/cm 3 , colour bluish grey 


–20 °C to +105/90 °C (5000/20.000 hours) 

A material with outstanding wear resistance and precise motion 

control. 

Not prone to the stick-slip effect – minimal coefficient of sliding 

friction. 

Nylatron LFG (PA 6 + oil) 

Material density: 1.14 g/cm 3 , colour blue 


–20 °C to +105/90 °C (5000/20.000 hours) 

Nylatron LFG (Lubricated Food Grade) is self-lubricating in the 

truest sense of the word and has a composition that complies with 

foodstuffs legislation. This material was specially developed for 

highly stressed, slow-moving dry-running sliding elements in the 

food industry. Compared to conventional types of cast polyamide, 

Nylatron LFG offers lower maintenance costs and a longer service 

life. 

Shop 


PHYSICAL PROPERTIES 

SEMI-FINISHED PRODUCTS 

TECHNICAL PLASTICS 

PA guide values 



Properties Testing Units PA 6 PA 66 PA 4.6 PA 66 GF30 

methods ERTALON ® ERTALON ® ERTALON ® ERTALON ® 

ISO/(IEC) 6 SA 66 SA 4.6 66 GF30 

Colour – – 

Natural 

(white)/ 

black 

Natural 

(cream)/ 

black 

Reddish 

brown black 

Density 1183 g/cm3 Water absorption 

1.14 1.14 1.18 1.29 

– after 24/96 h storage in water at 23 °C 62 mg 86/168 40/76 90/180 30/56 

62 % 1.28/2.50 0.60/1.13 1.30/2.60 0.39/0.74 

– when saturated in normal atmospheric 

conditions 23 °C/50 % RH 

– % 2.6 2.4 2.8 1.7 

– when saturated in water at 23 °C 

Thermal properties (2) 

– % 9 8 9.5 5.5 

Melting point – % 220 255 295 255 

Thermal conductivity at 23 °C 

Linear coefficient of thermal expansion: 

– W/(K · m) 0.88 0.88 0.30 0.30 

– average value between 23 and 60 °C – m(m · K) 90 · 10 –6 80 · 10 –6 80 · 10 –6 50 · 10 –6 


Thermal stability temperature: 

– method A: 1.8 MPa 

Upper service temperature limit in air: 

+ 75 °C 70 85 160 150 

– temporary (3) – °C 160 180 200 240 

– continuous: for 5000/20.000 h (4) – °C 85/70 95/80 150/130 150/130 

Lower service temperature (5) 

Burning behaviour (6) 

-40 -30 -40 -20 

– "oxygen index" 4589 % 25 26 24 – 

– according to UL 94 (thickness of 3/6 mm) 

Mechanical properties at 23 °C 

Tensile test (8): 

– – HB, HB HB/V-2 HB, HB HB, HB 

– yield stress (9) + 527 MPa 76 90 100 100 

++ 527 MPa 45 55 55 75 

– elongation at break (9) + 527 % > 50 >40 25 5 

++ 527 % > 100 >100 > 100 12 

– tensile modulus of elasticity (10) + 527 MPa 3.250 3.450 3.300 5.900 

Compression test (11): 

++ 527 MPa 1.400 1.650 1.300 3.200 

– compressive stress at 1/2/5 % 

nominal deformation by compression (10) 

Tensile creep test (8): 

+ 604 MPa 24/46/80 25/49/92 23/45/94 28/55/90 

– stress that leads to an elongation 

of 1 % after 1000 h 

+ 899 MPa 18 20 22 26 

– (�1/1000) ++ 899 MPa 7 8 7.5 18 

Charpy impact strength (12) + 179/1eU kJ/m2 No breakage No breakage No breakage ≥ 50 

Charpy notch toughness + 179/1eA kJ/m2 5.5 4.5 8 6 

Izod-test toughness + 180/2A kJ/m2 5.5 4.5 8 6 

++ 180/2A kJ/m2 15 11 25 11 

Ball indentation hardness (13) + 2039/-1 N/mm2 150 160 165 165 

Rockwell hardness (13) 

Electrical properties at 23 °C 

+ 2039/-2 – M 85 M 88 M 92 M 76 

Dielectric strength (14) + (60243) kV/mm 25 27 25 30 

++ (60243) kV/mm 16 18 15 20 

Volume resistivity + (60093) Ω · cm > 1014 > 1014 > 1014 > 1014 ++ (60093) Ω · cm > 1012 > 1012 > 1012 > 1013 Surface resistivity + (60093) Ω > 1013 > 1013 > 1013 > 1011 ++ (60093) Ω > 1012 > 1012 > 1012 > 1012 Dielectric constant εr: – at 100 Hz + (60250) – 3.9 3.8 3.8 3.9 

++ (60250) – 7.4 7.4 7.4 6.9 

– at 1 MHz + (60250) – 3.3 3.3 3.4 3.6 

++ (60250) – 3.8 3.8 3.8 3.9 

Dielectric power factor tan �: – at 100 Hz + (60250) – 0.019 0.013 0.009 0.012 

++ (60250) – 0.13 0.13 0.13 0.19 

– at 1 MHz + (60250) – 0.021 0.020 0.019 0.014 

++ (60250) – 0.06 0.06 0.06 0.04 

Comparative tracking index (CTI) + (60112) – 600 600 400 475 

++ (60112) – 600 600 400 475 

+ values for dry material; ++ values for material stored up to saturation in normal atmospheric conditions 23 °C/50 % RF (largely taken from the relevant literature) 

Note: 1 g/cm 3 = 1000 kg/m 3 ; 1 MPa = 1 N/mm 2 ; 1 kV/mm = 1 MV/m 

For ERATLON 6 SA, ERATLON 66 SA, ERATLON 4.6 and ERATLON 66 GF 30 there is no "yellow UL card".






Properties Testing Un- PA 6 + oil PA 6 PA 6 PA 6 + oil 

methods its ERTALON ® ERTALON ® ERTALON ® NYLATRON ® 

ISO/(IEC) LFX 6 XAU+ 6 PLA LFG 

Colour – – Green black 

Natural 

(ivory)/black 

Natural (ivory) 

or blue 

(RAL 5002) 


1.135 1.15 1.15 1.135 


62 % 0.66/1.24 0.69/1.31 0.65/1.22 0.66/1.24 



– % 2 2.2 2.2 2 



– % 6.3 6.5 6.5 6.3 

Melting point – % 220 220 220 220 



– W/(K · m) 0.28 0.29 0.29 0.28 






+ 75 °C 75 80 80 75 

– temporary (3) – °C 165 180 170 165 




-20 -30 -30 -20 

– "oxygen index" 4589 % – 25 25 – 




– – HB, HB HB/HB HB, HB HB, HB 


++ 527 MPa 45 55 55 45 

– elongation at break (9) + 527 % 25 25 25 25 

++ 527 % > 50 > 50 > 50 > 50 



++ 527 MPa 1.450 1.650 1.700 1.450 




+ 604 MPa 22/43/79 26/51/92 26/51/92 22/43/79 



+ 899 MPa 18 22 22 18 

– (�1/1000) ++ 899 MPa 8 10 10 8 

Charpy impact strength (12) + 179/1eU kJ/m2 ≥ 50 No breakage No breakage ≥ 50 

Charpy notch toughness + 179/1eA kJ/m2 4 3.5 3.5 4 

Izod-test toughness + 180/2A kJ/m2 4 3.5 3.5 4 

++ 180/2A kJ/m2 7 7 7 7 




+ 2039/-2 – M 82 M 87 M 88 M 82 


++ (60243) kV/mm 14 19 17 14 


++ (60250) – 6.5 6.6 6.6 6.5 

– at 1 MHz + (60250) – 3.1 3.2 3.2 3.1 

++ (60250) – 3.6 3.7 3.7 3.6 


++ (60250) – 0.15 0.15 0.14 0.15 

– at 1 MHz + (60250) – 0.016 0.017 0.016 0.016 

++ (60250) – 0.05 0.05 0.05 0.05 


++ (60112) – 600 600 600 600 



For ERATLON LFX, ERATLON 6 XAU+, ERATLON 6 PLA and NYLATRON LFG there is no "yellow UL card". 








Properties Testing Un- PA 6 PA 6 + MOS2 PA 6 + S* PA 66 + MOS2 methods its NYLATRON ® NYLATRON ® NYLATRON ® NYLATRON ® 

ISO/(IEC) MC 901 GSM NSM GS 

Colour – – blue Anthracite grey Anthracite 


1.15 1.16 1.14 1.15 


62 % 0.72/1.37 0.76/1.43 0.59/1.12 0.68/1.25 



– % 2.3 2.4 2 2.3 



– % 6.6 6.7 6.3 7.8 

Melting point – % 220 220 220 255 



– W/(K · m) 0.29 0.30 0.29 0.29 






+ 75 °C 80 80 75 85 

– temporary (3) – °C 170 170 165 180 




-30 -30 -30 -20 

– "oxygen index" 4589 % 25 25 – 26 




– – HB, HB HB/HB HB, HB HB, HB 


++ 527 MPa 50 50 50 55 

– elongation at break (9) + 527 % 35 25 25 20 

++ 527 % > 50 > 50 > 50 > 50 



++ 527 MPa 1.550 1.600 1.500 1.675 

– compressive stress at 1/2/5% 



+ 604 MPa 24/47/86 25/49/88 23/44/81 25/49/92 


of 1% after 1000 h 

+ 899 MPa 21 21 18 21 

– (�1/1000) ++ 899 MPa 9 9 8 9 

Charpy impact strength (12) + 179/1eU kJ/m2 No breakage No breakage ≥ 100 No breakage 

Charpy notch toughness + 179/1eA kJ/m2 3.5 3.5 4 4 

Izod-test toughness + 180/2A kJ/m2 3.5 3.5 4 4 

++ 180/2A kJ/m2 7 7 7 9 




+ 2039/-2 – M 85 M 84 M 81 M 88 


++ (60243) kV/mm 17 16 17 17 


++ (60250) – 6.6 6.6 6.6 7.4 

– at 1 MHz + (60250) – 3.2 3.2 3.2 3.3 

++ (60250) – 3.7 3.7 3.7 3.8 


++ (60250) – 0.14 0.14 0.14 0.13 

– at 1 MHz + (60250) – 0.016 0.016 0.016 0.020 

++ (60250) – 0.05 0.05 0.05 0.06 


++ (60112) – 600 600 600 600 


Note: 1 g/cm 3 = 1000 kg/m 3 ; 1 MPa = 1 N/mm 2 ; 1 kV/mm = 1 MV/m *S = solid lubricant 

For NYLATRON MC 901, NYLATRON GSM, NYLATRON NSM and NYLATRON GS there is no "yellow UL card".


PA 6 BOARDS 

Extruded 

Item No. 

natural 

Item No. 

black 

Thickness 

mm 


In Chapter 14, "Technical Knowledge", 

we inform you in detail about 

materials, tolerances, dimensional units! 


Service temperature: -40 °C to +85/70 °C 

(5000/20.000 hours) 

Colour: natural, black 

Length 

mm 

Width 

mm 

Weight/unit 

kg 

€/kg 

natural 

179640 1 2000 1000 2.340 13.31 

811330 1.5 2000 1000 3.520 13.31 

179650 10078908 2 2000 1000 4.700 13.31 13.64 

179660 10005936 3 2000 1000 7.040 13.31 13.64 

179670 10020712 4 2000 1000 9.400 13.31 13.64 

179680 681780 5 2000 1000 11.740 13.31 13.64 

179690 10000548 6 2000 1000 14.140 13.31 13.64 

178500 178610 8 1000 610 6.280 10.13 10.97 

178510 178620 10 1000 610 7.730 10.13 10.97 

178520 178630 12 1000 610 9.340 10.13 10.97 

4167330 178640 15 1000 610 11.500 10.13 10.97 

178530 16 1000 610 12.250 10.13 

178540 178650 20 1000 610 15.150 10.13 10.97 

178550 178660 25 1000 610 18.750 10.13 10.97 

178560 178670 30 1000 610 22.800 10.13 10.97 

178570 489410 35 1000 610 26.450 10.13 10.97 

178580 178680 40 1000 610 30.050 10.13 10.97 

1109810 45 1000 610 33.700 10.13 

178590 178690 50 1000 610 37.300 10.13 10.97 

178600 60 1000 610 44.900 10.13 

650880 70 1000 610 52.150 10.13 

488980 80 1000 610 59.950 10.13 

488970 100 1000 610 74.450 10.13 

€/kg 

black 


PA 6 BOARDS 

Cast 



(5000/20.000 hours) 


Item No. 

natural 

Item No. 

black 

Black colour on request. 

Thickness 

mm 

Length 

mm 

Width 

mm 


Weight/unit 

kg 


€/kg 

natural 

993200 10028096 10 2000 1220 33.150 10.13 10.66 

993210 12 2000 1220 38.900 10.13 

993220 16 2000 1220 50.400 10.13 

993230 10028107 20 2000 1220 61.950 10.13 10.66 

993240 10081655 25 2000 1220 76.350 10.13 10.66 

993250 10028117 30 2000 1220 91.850 10.13 10.66 

993260 35 2000 1220 106.300 10.13 

993270 10073284 40 2000 1220 120.700 10.13 10.66 

927640 4447890 50 2000 1220 149.500 10.13 10.66 

993280 60 2000 1220 180.100 10.13 

4169760 70 2000 1220 208.900 10.66 

Shop 

€/kg 

black


PA 6 ROUND RODS 

Extruded 

Item No. 

natural 

Item No. 

black 

Length 

mm 



(5000/20.000 hours) 


Diameter 

mm 

Weight/m 

kg 

€/kg 

natural 

178830 1000 5 0.025 10.66 

178840 10023029 1000 6 0.040 10.66 11.19 

178850 1000 8 0.060 10.66 

178860 179180 1000 10 0.100 10.66 11.19 

178870 410690 1000 12 0.140 10.66 11.19 

178880 1000 15 0.220 10.66 

178890 179190 1000 16 0.250 10.66 11.19 

178900 569290 1000 18 0.310 10.66 11.19 

178910 179200 1000 20 0.380 10.13 10.66 

178920 1000 22 0.460 10.13 

178930 179210 1000 25 0.600 10.13 10.66 

178940 427640 1000 28 0.740 10.13 10.66 

178950 179220 1000 30 0.850 10.13 10.66 

178960 1000 32 0.970 10.13 

905600 179230 1000 36 1.220 10.13 10.66 

178980 179240 1000 40 1.500 10.13 10.66 

178990 179250 1000 45 1.910 10.13 10.66 

179000 179260 1000 50 2.350 10.13 10.66 

179010 1000 56 2.930 10.13 

179020 179270 1000 60 3.380 10.13 10.66 

179030 1000 65 3.950 10.13 

179040 179280 1000 70 4.570 10.13 10.66 

179050 1000 75 5.280 10.13 

179060 179290 1000 80 5.990 10.13 10.66 

179070 1000 85 6.780 10.13 

179080 179300 1000 90 7.580 10.13 10.66 

464800 1000 95 8.470 10.13 

179090 179310 1000 100 9.370 10.13 10.66 

179100 819550 1000 110 11.350 10.13 10.66 

905700 932420 1000 120 13.550 10.13 10.66 

179110 1000 125 14.700 10.13 

1088380 1000 130 15.900 10.13 

179120 179330 1000 140 18.400 10.13 10.66 

179130 179340 1000 150 21.150 10.13 10.66 

179140 1036090 1000 160 24.100 10.13 10.66 

179150 1036100 1000 180 30.450 10.13 10.66 

179160 1036110 1000 200 37.600 10.13 10.66 

€/kg 

black 


PA 6 ROUND RODS 

Cast 



(5000/20.000 hours) 


Item No. 

natural 

Minimum 

order 

€ 40.– 

Item No. 

black 

Length 

mm 

Diameter 

mm 

Weight/m 

kg 



€/kg 

natural 

1074160 964870 1000 50 2.390 10.13 10.97 

1074170 964890 1000 56 2.990 10.13 10.97 

1074190 964940 1000 60 3.440 10.13 10.97 

965040 10009718 1000 65 4.030 10.13 10.97 

1074210 964950 1000 70 4.660 10.13 10.97 

1074220 1000 75 5.390 10.13 

1074230 964960 1000 80 6.120 10.13 10.97 

1074240 1000 85 6.950 10.13 

1074250 964970 1000 90 7.770 10.13 10.97 

1074280 1000 95 8.650 10.13 

1074290 964980 1000 100 9.570 10.13 10.97 

1074300 4449230 1000 110 11.600 10.13 10.97 

1074310 4449240 1000 120 13.800 10.13 10.97 

965000 1000 125 14.950 10.13 

1074320 965010 1000 130 16.200 10.13 10.97 

1074330 4449250 1000 140 18.750 10.13 10.97 

1074340 969910 1000 150 21.550 10.13 10.97 

1074350 4449260 1000 160 24.900 10.13 10.97 

1071670 4449270 1000 170 28.050 10.13 10.97 

1074360 965020 1000 180 31.350 10.13 10.97 

1014460 4449280 1000 190 34.850 10.13 10.97 

1074370 965030 1000 200 38.500 10.13 10.97 

10046521 1000 210 42.950 10.97 

10002576 10046522 1000 220 47.050 10.13 10.97 

728160 1000 230 51.300 10.13 

179170 1000 250 60.350 10.13 

927690 1000 260 65.150 10.13 

624580 1000 275 72.700 10.13 

10005925 1000 280 75.300 10.13 

10002572 1000 300 86.200 10.13 

650900 10001353 1000 325 101.800 10.13 10.97 

Shop 

€/kg 

black


PA 6.6 ROUND RODS 

Extruded 

Item No. 


Length 

mm 



(5000/20.000 hours) 


Diameter 

mm 

Weight/m 

kg €/kg 

179350 1000 5 0.030 14.35 

179360 1000 6 0.040 14.35 

179370 1000 8 0.060 14.35 

179380 1000 10 0.100 14.35 

179390 1000 12 0.140 14.35 

179400 1000 15 0.220 14.35 

179410 1000 16 0.250 14.35 

179420 1000 18 0.310 14.35 

179430 1000 20 0.380 13.09 

179440 1000 22 0.460 13.09 

179450 1000 25 0.600 13.09 

179460 1000 28 0.740 13.09 

179470 1000 30 0.850 13.09 

179480 1000 32 0.970 13.09 

179490 1000 36 1.220 13.09 

179500 1000 40 1.500 13.09 

179510 1000 45 1.910 13.09 

179520 1000 50 2.350 13.09 

179530 1000 56 2.930 13.09 

179540 1000 60 3.380 13.09 

179550 1000 65 3.950 13.09 

179560 1000 70 4.570 13.09 

415900 1000 75 5.280 13.09 

179570 1000 80 5.990 13.09 

179580 1000 90 7.580 13.09 

179590 1000 100 9.370 13.09 

179600 1000 110 11.350 13.09 

10002739 1000 120 13.550 13.09 

179610 1000 125 14.700 13.09 

10009350 1000 130 15.900 13.09 

179620 1000 140 18.400 13.09 

179630 1000 150 21.150 13.09 

10026745 1000 180 30.450 13.09 

10016986 1000 200 37.600 13.09 


PA 66 GF BOARDS 

PA 6.6 extruded 



(5000/20.000 hours) 


Item No. 

PA 6.6 GF30 extruded 



(5000/20.000 hours) 

Colour: black 

Item No. 

Workshop and 

machining 

service 

Thickness 

mm 

Thickness 

mm 

Length 

mm 

Length 

mm 

Width 

mm 



Weight/unit 

kg €/kg 

4681560 10 1000 625 8.840 22.50 

4474720 15 1000 625 13.300 22.50 

4486410 20 1000 625 17.500 22.50 

4475720 25 1000 625 21.700 22.50 

10002556 30 1000 625 26.400 22.50 

4546600 40 1000 625 34.800 22.50 

10019806 50 1000 625 43.150 22.50 

10008474 60 1000 625 51.950 22.50 

10013882 80 1000 625 69.350 22.50 

Width 

mm 

Weight/unit 

kg €/kg 

4079110 1.5 2000 1000 3.520 20.63 

377040 2 2000 1000 4.700 20.63 

10025769 3 2000 1000 7.080 20.63 

10013512 4 2000 1000 9.860 20.63 

4149910 5 2000 1000 11.750 20.63 

619860 6 2000 1000 14.100 20.63 

178700 8 1000 610 6.150 13.95 

178710 10 1000 610 7.590 13.95 

178720 12 1000 610 9.280 13.95 

178730 16 1000 610 12.150 13.95 

178740 20 1000 610 15.050 13.95 

178750 25 1000 610 18.650 13.95 

178760 30 1000 610 22.650 13.95 

178770 35 1000 610 26.250 13.95 

178780 40 1000 610 29.850 13.95 

178790 50 1000 610 37.050 13.95 

569640 60 1000 610 44.600 13.95 

Shop


POM/PET 

Product description for POM (polyacetal) 


1.41 g/cm 3 


–50 °C to +115/100 °C (5000/20.000 hours) 

The favourable property profile of POM means this material is 

perfect for a number of applications. 

Main properties of POM 

• High mechanical strength, rigidity and hardness 

• Very good recovery 

• Good creep strength 

• High impact strength even at low temperatures 

• Low water absorption, thus very high dimensional stability 

• Good electrical insulating properties and good dielectric 

behaviour 

• Good sliding properties and wear resistance 

• Outstanding cutting properties (short cut) 

• Most POM materials are suitable for contact with foodstuffs 

Comment: 

Thanks to its low moisture absorption, POM is more suitable than 

PA for dimensionally stable parts. 

Grades: 

POM C (copolymer) colour natural/black 

POM C is more resistant to hydrolysis, strong alkalis and thermal 

oxidative degradation than POM H (homopolymer). (Stocked 

goods) 

Product description for PET (polyethylene terephtalate) 


1.39 g/cm 3 


-20 °C to +115/100 °C (5000/20.000 hours) 

Specific properties such as a low coefficient of sliding friction 

at very high wear resistance make this a preferred material for 

mechanical precision and wearing parts. 

Main properties of PET: 

• High mechanical strength, rigidity and hardness 


• Low and constant coefficient of sliding friction 

• Very high wear resistance 

(comparable with or even better than PA) 

• Very high dimensional stability (better than POM) 

• More resistant to acids than PA and POM 


• Outstanding cutting properties (short cut) 

• Physiologically safe (suitable for contact with foodstuffs) 


Optimum sliding properties with an extremely low coefficient 

of sliding friction are achieved through the addition of solid 

lubricants (see PET with solid lubricants, Ertalyle TX). 

POM H, on the other hand, has better tensile strength, rigidity, 

hardness and creep strength. A low thermal expansion rate and 

better wear resistance (see the detailed product description). 

POM H + PTFE – this material is modified with PTFE fibres, which 

improve its sliding properties. (Lower coefficient of sliding friction 

and better abrasion resistance than POM C and POM H) 

Application: 

Machine tools, precision engineering such as toothed wheels with 

a small modulus, highly stressed sliding elements and cam rollers, 

dimensionally stable precision parts. 

Parts in constant contact with water from 60 – 80 °C. 

Parts that come into contact with foodstuffs. 

Processing: 

Outstanding cutting properties (short cut, 


Dimensions: 

Round rods: 5 – 320 mm diameter (according to grade) 

Boards: 1 – 100 mm thickness (according to grade) 

Hollow bars: 20 – 350 mm outer diameter (according to grade) 

Dim. Boards: 610 x 1000/3000 mm according to grade 

1000 x 2000 mm 


Comment: 

PET is not suitable for use in conjunction with hydrolysis > 70 °C 

(hot water or steam) . 

Grades: 

PET colour white/black 

PET with solid lubricant (Ertalyle TX) colour light grey 

An homogeneously embedded solid lubricant makes PET a unique 

self-lubricating material for friction bearings. Not only does this 

material have a very high wear resistance, it also provides an even 

lower coefficient of sliding friction and a higher dynamic loadcarrying 

capacity than standard PET. (P limit value) 

Application: 

Machine tools, precision engineering, highly stressed sliding 

elements such as bearing bushes, guide rails, etc. dimensionally 

stable precision parts for the electrical industry, bushes, toothed 

wheels and parts that come into contact with foodstuffs 

Processing: 

Outstanding cutting properties (short cut, 


Dimensions: 


Boards: 2 – 100 mm thickness (according to grade) 

Hollow bars: 20 – 200 mm outer diameter (according to grade) 

Dim. Boards 610 x 1000/3000 mm (according to grade) 



PC 1000 – INDUSTRIAL GRADE 

Properties of PC (polycarbonate – industrial grade) 


1.20 g/cm 3 


-60 °C to +125/115 °C (5000/20.000 hours) 

Unlike the visually impact-resistant "clear" polycarbonate boards 

(used in industrial glazing, for example), this is an industrial grade 

PC with the same specific 

main properties as PC: 

• High mechanical strength 


• Very high impact strength even at low temperatures 

• Retains rigidity across a wide temperature range 

• Very high dimensional stability (due to very low water absorption 

and low linear coefficient of thermal expansion) 


behaviour 

• Good cutting properties (short cut) 

• Physiologically safe 

(suitable for contact with foodstuffs) 

Comment: 

PC semi-finished products are not UV-stabilised, this grade is a 

"non-optical PC industrial grade". 

Important: PC is prone to stress cracks (if emulsions, cutting oils 

and detergents that contain solvents are used, this can lead to 

stress cracks). 






Grades: 

PC (industrial grade) natural – no colour, translucent 



Application: 

Precision parts for precision engineering and the electrical 

industry. Products for the medical and pharmaceutical industry, 

as well as parts that may come into contact with foodstuffs 

Processing: 

Good cutting properties (short cut) 


Dimensions: 

Round rods: 6 – 200 mm diameter 

Boards: 15 – 50 mm thickness 

Dim. Boards 620 x 1000/3000 mm 


For PC boards (clear, transparent) for machines and safety glazing 

in thicknesses of 1 – 12 mm, see separate description.





POM guide values 

Properties Testing Units POM C POM H POM H + PTFE 

methods ERTACETAL ® ERTACETAL ® ERTACETAL ® 

ISO/(IEC) C H H TF 


Natural (white)/ Natural (white)/ 

Dark brown 

black 

black 


1.41 1.43 1.50 

– after 24/96 h storage in water at 23 °C 62 mg 20/37 18/36 16/32 

62 % 0.24/0.45 0.21/0.43 0.18/0.36 

– when saturated in normal atmospheric conditions 

23 °C/50 % RH 

– % 0.20 0.20 0.17 



– % 0.85 0.85 0.72 

Melting point – % 165 175 175 



– W/(K · m) 0.31 0.31 0.31 

– average value between 23 and 60 °C – m(m · K) 110 · 10 –6 95 · 10 –6 105 · 10 –6 





+ 75 °C 105 115 105 

– temporary (3) – °C 140 150 150 

– continuous: for 5000/20.000 h (4) – °C 115/100 105/90 105/90 



-50 -50 -20 

– "oxygen index" 4589 % 15 15 – 




– – HB, HB HB, HB HB, HB 

– yield stress (9) + 527 MPa 68 78 85 

++ 527 MPa 68 78 55 

– elongation at break (9) + 527 % 35 35 10 

++ 527 % 35 35 10 

– tensile modulus of elasticity (10) + 527 MPa 3.100 3.600 3.200 


++ 527 MPa 3.100 3.600 3.200 




+ 604 MPa 19/35/37 22/40/75 20/37/69 



+ 899 MPa 13 15 13 

– (�1/1000) ++ 899 MPa 13 15 13 

Charpy impact strength (12) + 179/1eU kJ/m2 ≥ 150 ≥ 200 ≥ 30 

Charpy notch toughness + 179/1eA kJ/m2 7 10 3 

Izod-test toughness + 180/2A kJ/m2 7 10 3 

++ 180/2A kJ/m2 7 10 3 

Ball indentation hardness (13) + 2039/-1 N/mm2 140 160 140 



+ 2039/-2 – M 84 M 88 M 84 

Dielectric strength (14) + (60243) kV/mm 20 20 20 

++ (60243) kV/mm 20 20 20 

Volume resistivity + (60093) Ω · cm > 1014 > 1014 > 1014 ++ (60093) Ω · cm > 1014 > 1014 > 1014 Surface resistivity + (60093) Ω > 1013 > 1013 > 1013 ++ (60093) Ω > 1013 > 1013 > 1013 Dielectric constant εr: – at 100 Hz + (60250) – 3.8 3.8 3.6 

++ (60250) – 3.8 3.8 3.6 

– at 1 MHz + (60250) – 3.8 3.8 3.6 

++ (60250) – 3.8 3.8 3.6 

Dielectric power factor tan �: – at 100 Hz + (60250) – 0.003 0.003 0.003 

++ (60250) – 0.003 0.003 0.003 

– at 1 MHz + (60250) – 0.008 0.008 0.008 

++ (60250) – 0.008 0.008 0.008 

Comparative tracking index (CTI) + (60112) – 600 600 600 

++ (60112) – 600 600 600 


For ERTACETAL C, ERTACETAL H and ERTACETAL H TF there is no "yellow UL card". 





PET/PC guide values 



Properties Testing Units PET PET PC 1000 

methods ERTALYTE ® ERTALYTE ® 

ISO/(IEC) (15) TX 


Natural (white)/ 

light grey 

black 

Natural (no colour, 

translucent) 


1.39 1.43 1.20 

– after 24/96 h storage in water at 23 °C 62 mg 6/13 5/11 13/23 

62 % 0.07/0.16 0.06/0.13 0.18/0.33 

– when saturated in normal atmospheric conditions 

23 °C/50 % RH 

– % 0.25 0.23 0.15 



– % 0.50 0.47 0.35 

Melting point – % 255 255 150 



– W/(K · m) 0.29 0.29 0.21 






+ 75 °C 75 75 130 

– temporary (3) – °C 160 160 135 

– continuous: for 5000/20.000 h (4) – °C 115/100 115/100 130/120 



-20 -20 -60 

– "oxygen index" 4589 % 25 25 25 




– – HB, HB HB, HB HB, HB 

– yield stress (9) + 527 MPa 90 76 70 

++ 527 MPa 90 76 70 

– elongation at break (9) + 527 % 15 7 > 50 

++ 527 % 15 7 > 50 

– tensile modulus of elasticity (10) + 527 MPa 3.700 3.450 2.400 


++ 527 MPa 3.700 3.450 2.400 




+ 604 MPa 26/51/103 24/47/95 18/35/72 



+ 899 MPa 26 23 17 

– (�1/1000) ++ 899 MPa 26 23 17 

Charpy impact strength (12) + 179/1eU kJ/m2 ≥ 50 ≥ 30 No breakage 

Charpy notch toughness + 179/1eA kJ/m2 2 2.5 9 

Izod-test toughness + 180/2A kJ/m2 2 2.5 9 

++ 180/2A kJ/m2 2 2.5 9 

Ball indentation hardness (13) + 2039/-1 N/mm2 170 160 120 



+ 2039/-2 – M 96 M 94 M 75 

Dielectric strength (14) + (60243) kV/mm 22 21 28 

++ (60243) kV/mm 22 21 28 

Volume resistivity + (60093) Ω · cm > 1015 > 1015 > 1015 ++ (60093) Ω · cm > 1015 > 1015 > 1015 Surface resistivity + (60093) Ω > 1014 > 1014 > 1015 ++ (60093) Ω > 1014 > 1014 > 1015 Dielectric constant εr: – at 100 Hz + (60250) – 3.4 3.4 3 

++ (60250) – 3.4 3.4 3 

– at 1 MHz + (60250) – 3.2 3.2 3 

++ (60250) – 3.2 3.2 3 

Dielectric power factor tan �: – at 100 Hz + (60250) – 0.001 0.001 0.001 

++ (60250) – 0.001 0.001 0.001 

– at 1 MHz + (60250) – 0.014 0.014 0.008 

++ (60250) – 0.014 0.014 0.008 

Comparative tracking index (CTI) + (60112) – 600 600 350 (225) 

++ (60112) – 600 600 350 (225) 


For ERTALYTE, ERTALYTE TX and PC 1000 there is no "yellow UL card".


PHYSICAL PROPERTIES OF SEMI-FINISHED 

PRODUCTS MADE FROM ERTALON ® , NYLATRON ® , 

ERTACETAL ® , ERTALYTE ® AND PC – GUIDE VALUES 

Key 

+ Values for dry material 

++ Values for material stored up to 

saturation in normal atmospheric 

conditions 23 °C/50 % RF (largely taken 

from the relevant literature). 

(1) According to method 1 of ISO 62 and 

carried out on discs of ∅ 50 x 3 mm. 

(2) The values listed for these properties 

are largely taken from the material 

sheets provided by the raw-material 

suppliers and from other publications. 

(3) Valid for just a few hours of 

temperature stress for applications 

where no or only low mechanical 

stresses occur. 

(4) Temperature load capacity over 

5000/20.000 hours. After these time 

intervals, the tensile strength has 

dropped to around 50 % of the initial 

value. The upper service temperature 

limits listed here are therefore based 

on the thermal oxidative degradation 

that occurs, which causes the property 

level to decrease. However, as with 

all thermoplastics, in many cases 

the maximum permissible service 

temperature primarily depends 

on the duration and degree of the 



mechanical stresses that arise during 

the application of heat. 

(5) Taking the way in which impact 

strength drops as the temperature 

decreases, in practice the lower service 

temperature limit is determined in 

particular by the level of the impact 

loads acting on the material. The value 

listed here is based on unfavourable 

impact load conditions and, as a result, 

should not be viewed as the absolute 

practical limit. 

(6) Please note that under no 

circumstances may conclusions 

regarding the behaviour of the 

materials in an actual fire be drawn 

from these estimated values taken 

from the material sheets provided by 

the raw-material suppliers. There is no 

"yellow UL card". 

(7) The data listed for dry material (+) 

is largely average values taken from 

tests carried out on test specimens 

made from round rods ∅ 40 – 60 mm. 

Taking the very low water absorption of 

POM/PET/PC grades into account, the 

values for the mechanical and electrical 

properties of test specimens that are 

dry (+) and at atmospheric humidity 

(++) of these materials can be viewed 

as almost identical. 

(8) Test specimen: type 1 B. 

(9) Test speed: 20 mm/min. 


(11) Test specimen: Cylinder ∅ 12 x 30 mm. 

(12) Pendulum impact tester used: 15 J. 

(13) Measured on test specimens 

10 mm thick. 

(14) Electrode configuration: two cylinders 

∅ 25 / ∅ 75 mm; in transformer oil 

according to IEC 60296; measured on 

test specimens 1 mm thick. 

(15) The values below do not apply to the 

Ertalyte panels that are 2 to 6 mm thick. 

� This table is intended to serve as a 

helpful tool when selecting materials. 

The data listed here is within the 

normal range of product properties. 

However, it does not represent 

warranted property values and 

should not be used for specification 

purposes or as the sole basis for 

designs. 


POM C BOARDS 

Extruded 



(5000/20.000 hours) 


Item No. 

natural 

Item No. 

black 

Thickness 

mm 

Length 

mm 

Width 

mm 


Weight/unit 

kg 


€/kg 

natural 

178420 1 2000 1000 3.000 14.92 

178430 1.5 2000 1000 4.230 14.92 

178440 10031513 2 2000 1000 5.980 14.92 15.76 

178450 10005205 3 2000 1000 8.880 14.92 15.76 

178460 10028091 4 2000 1000 11.620 14.92 15.76 

178470 428310 5 2000 1000 14.520 14.92 15.76 

178480 185050 6 2000 1000 17.480 14.92 15.76 

177770 650790 8 1000 610 7.700 10.83 11.36 

177780 177870 10 1000 610 9.500 10.83 11.36 

177790 569280 12 1000 610 11.600 10.83 11.36 

177800 177880 16 1000 610 15.200 10.83 11.36 

177810 177890 20 1000 610 18.850 10.83 11.36 

177820 377020 25 1000 610 23.350 10.83 11.36 

177830 177900 30 1000 610 28.400 10.83 11.36 

177840 819440 35 1000 610 32.900 10.83 11.36 

177850 377050 40 1000 610 37.400 10.83 11.36 

177860 177910 50 1000 610 46.400 10.83 11.36 

427600 1027960 60 1000 610 55.450 10.83 11.36 

10006083 10000606 70 1000 610 64.400 10.83 11.36 

427610 4714220 80 1000 610 74.000 10.83 11.36 

489380 10072265 100 1000 610 91.900 10.83 11.36 

Other dimensions available on request. 

€/kg 

black


POM C ROUND RODS 

Extruded 

Item No. 

natural 

Item No. 

black 

Length 

mm 



(5000/20.000 hours) 


Diameter 

mm 

Weight/m 

kg 

€/kg 

natural 

10006444 1000 3 0.012 11.36 

10008765 1000 4 0.020 11.36 

177920 10041880 1000 5 0.030 11.36 11.89 

177930 10008472 1000 6 0.045 11.36 11.89 

177940 4609090 1000 8 0.080 11.36 11.89 

177950 178260 1000 10 0.120 11.36 11.89 

177960 178270 1000 12 0.180 11.36 11.89 

177970 178280 1000 15 0.270 11.36 11.89 

177980 650800 1000 16 0.310 11.36 11.89 

177990 681740 1000 18 0.390 11.36 11.89 

178000 178290 1000 20 0.470 10.83 11.36 

178010 10021698 1000 22 0.580 10.83 11.36 

178020 178300 1000 25 0.740 10.83 11.36 

178030 4221400 1000 28 0.930 10.83 11.36 

178040 178310 1000 30 1.060 10.83 11.36 

178050 4614390 1000 32 1.190 10.83 11.36 

178060 178320 1000 36 1.520 10.83 11.36 

178070 178330 1000 40 1.870 10.83 11.36 

178080 178340 1000 45 2.370 10.83 11.36 

178090 178350 1000 50 2.920 10.83 11.36 

178100 1105810 1000 56 3.650 10.83 11.36 

178110 178360 1000 60 4.200 10.83 11.36 

178120 427620 1000 65 4.920 10.83 11.36 

178130 178370 1000 70 5.690 10.83 11.36 

178140 427630 1000 75 6.570 10.83 11.36 

178150 178380 1000 80 7.460 10.83 11.36 

178160 953000 1000 85 8.430 10.83 11.36 

178170 178390 1000 90 9.430 10.83 11.36 

178180 178400 1000 100 11.650 10.83 11.36 

178190 10004450 1000 110 14.150 10.83 11.36 

905580 4310150 1000 120 16.900 10.83 11.36 

178200 10009519 1000 125 18.300 10.83 11.36 

905680 10004592 1000 130 19.800 10.83 11.36 

178210 1000 135 21.350 10.83 

905690 10002748 1000 140 22.900 10.83 11.36 

178220 10018821 1000 150 26.350 10.83 11.36 

178230 10008779 1000 160 30.000 10.83 11.36 

1133460 1000 170 33.900 10.83 

178240 10009345 1000 180 37.900 10.83 11.36 

10030254 1000 190 42.300 10.83 

178250 10031352 1000 200 46.800 10.83 11.36 

10012716 1000 210 54.600 10.83 

753270 10047074 1000 220 56.500 10.83 11.36 

728120 1000 250 72.850 10.83 

10021246 1000 280 91.150 11.36 

10029199 10020752 1000 300 104.700 10.83 11.36 

€/kg 

black 


PET BOARDS 

Extruded 



(5000/20.000 hours) 


Item No. 

Thickness 

mm 

Other dimensions and blanks 

on request. 

Length 

mm 

Width 

mm 



Weight/unit 

kg €/kg 

10018580 3 2000 1000 8.600 18.38 

10013220 4 2000 1000 11.400 18.38 

10027403 5 2000 1000 14.500 18.38 

10040549 8 2000 610 15.180 10.97 

4452970 10 1000 610 9.370 10.97 

4452980 15 1000 610 14.100 10.97 

4452990 20 1000 610 18.550 10.97 

4453000 25 1000 610 22.950 10.97 

4453010 30 1000 610 27.900 10.97 

4453030 40 1000 610 36.750 10.97 

4453040 50 1000 610 45.600 10.97 

4453050 60 1000 610 54.900 10.97 

10008683 80 1000 610 73.250 10.97 

10017872 100 1000 610 90.950 10.97 

Shop


PET ROUND RODS 

Extruded 

Item No. 

Length 

mm 




(5000/20.000 hours) 


Diameter 

mm 

Weight/m 

kg €/kg 

10051543 1000 10 0.118 10.73 

10004042 1000 15 0.266 10.73 

10015202 1000 16 0.302 10.73 

10054977 1000 18 0.380 10.73 

4077970 1000 20 0.470 10.73 

4077980 1000 25 0.730 10.73 

4077990 1000 30 1.040 10.73 

10000861 1000 36 1.500 10.73 

4078000 1000 40 1.840 10.73 

4444670 1000 45 2.340 10.73 

927710 1000 50 2.880 10.73 

927720 1000 60 4.150 10.73 

4078010 1000 70 5.620 10.73 

4447900 1000 75 6.480 10.73 

4078020 1000 80 7.360 10.73 

4078030 1000 90 9.310 10.73 

4078040 1000 100 11.500 10.73 

10008281 1000 110 13.950 10.73 

10008285 1000 120 16.650 10.73 

4444690 1000 130 19.550 10.73 

10022637 1000 140 22.600 10.73 

10009458 1000 150 26.000 10.73 

10028008 1000 210 50.900 10.73 


PC 1000 BOARDS AND ROUND RODS 

Industrial grade boards 



(5000/20.000 hours) 


Item No. 

Thickness 

mm 


Length 

mm 

Width 

mm 



Weight/unit 

kg €/kg 

4453070 15 1000 620 12.550 15.45 

4453080 20 1000 620 16.400 15.45 

4453090 25 1000 620 20.250 15.45 

4453100 30 1000 620 24.750 15.45 

4453110 40 1000 620 32.500 15.45 

4453120 50 1000 620 40.250 15.45 

Industrial grade round rods 



(5000/20.000 hours) 


Item No. 

Length 

mm 

Diameter 

mm 

Weight/m 

kg €/kg 

824360 1000 10 0.100 17.82 

10004536 1000 16 0.262 17.82 

819570 1000 20 0.400 17.82 

4394650 1000 25 0.630 17.82 

4394670 1000 30 0.900 17.82 

4394680 1000 36 1.300 17.82 

4394690 1000 40 1.600 17.82 

4394700 1000 50 2.500 17.82 

4394710 1000 60 3.610 17.82 

4394720 1000 70 4.880 17.82 

4394730 1000 80 6.390 17.82 

4394740 1000 100 9.990 17.82 

Shop


PE HD UHMW 

Product description for PE HD 1000 UHMW 


0.94 g/cm 3 


-200 °C to +70 °C/an increase of around 10 % is permissible, 

provided that the parts are not subject to significant mechanical 

stress. 

PE-HD-1000 (UHMW) features high impact strength and notch 

toughness even at low temperatures, as well as a high tearing 

strength and elongation at tear with optimum long-term 

behaviour. 

This material will not be destroyed by slow or sudden stresses. 

• Very low wear, abrasion-resistant 

• Good sliding properties, prevents sticking 





Comment: 

PE HD 1000 UHMW natural is not specially stabilised for outdoor 

use and, as such, is intended for indoor applications. 

PE HD 1000 UHMW black is specially UV-stabilised for outdoor use. 

The properties of PE 1000 mean that optimum sticking is not 

possible. 





Grades: 

Extruded/sliced and pressed boards 

Special types modified for parts subject to high stresses on 

request 

Round rods ram extruded/extruded design 

Application: 

Machine tools, chemical equipment construction, electroplating 

technology, use wherever physiological safety is required and 

where sliding properties are necessary along with optimum wear 

resistance, e.g. hopper linings. 

Processing: 

See PE HD 

Dimensions: 

Boards: Thicknesses of 1 – 8 mm = extruded or sliced boards 

10 – 120 mm = pressed/extruded boards 

Storage dimensions 2000 x 1000 mm, 


Round rods: 20 – 350 mm diameter 

Tolerances: 


materials 


TECHNICAL DATA 

PE 1000 TIVAR ® materials 



TIVAR ® TIVAR ® TIVAR ® 

Properties Norm Unit Eco green 1000 1000 ASTL 

DIN name 

PE UHMW 

Ultra-high molecular 

weight polyethylene 

partially composed 

of reprocessed PE 

UHMW 

PE UHMW 

Ultra-high 

molecular weight 

polyethylene 

PE UHMW 

Ultra-high 

molecular weight 

polyethylene 

Material colour(s) – – Green, coloured Natural, coloured black 

Molecular weight (average molecular mass) – g/mol Approx. 3 · 10 6 – 7 · 10 6 Approx. 5 · 10 6 < 9 · 10 6 

Density ISO 1183 g/cm 3 Approx. 0.94 Approx. 0.93 ≥ 0.935 

Water absorption ISO 62 % < 0.1 < 0.1 0.1 

Mechanical properties 

Yield stress ISO 527 MPa ≥ 20 ≥ 19 ≥ 20 

Nominal elongation at break (elongation at tear) ISO 527 % ≥ 50 ≥ 50 ≥ 50 

Modulus of elasticity (tensile test) ISO 527 MPa 775 750 790 

Impact strength (Charpy) ISO 179 kJ/m 2 No breakage No breakage No breakage 

Notch toughness (Charpy) ISO 11542-2 kJ/m 2 ≥ 80 ≥ 80 ≥ 90 

Ball indentation hardness ISO 2039-1 N/mm 2 30 – 35 30 – 35 30 – 35 

Shore hardness D ISO 868 – 60 – 65 60 – 65 60 – 65 

Coefficient of sliding friction – – Approx. 0.2 Approx. 0.2 Approx. 0.2 

Wear (sand slurry) – % 150 ± 20 ≤ 120 90 

Thermal properties 

Melting point DSD, 10 K/min. ISO 3146 °C 135 – 138 135 – 138 135 – 135 

Vicat softening temperature ISO 306 °C 80 80 83 

Linear coefficient of thermal expansion 

– between 23 and 80 °C ISO 11359 K –1 Approx. 2 · 10 -4 Approx. 2 · 10 -4 Approx. 2 · 10 -4 

Thermal conductivity ISO 52612 W [m · K] Approx. 0.4 Approx. 0.4 Approx. 0.4 

Service temperature (max.) – °C 80 80 80 

Service temperature (temporary) – °C 120 120 120 

Service temperature (min.) – °C – 150 – 200 – 150 

Electrical properties 

Dielectric constant at 100 Hz IEC 60250 – – – – 

Dielectric power factor at 100 Hz IEC 60250 – – – – 

Volume resistivity IEC 60093 Ω · m > 10 3 > 10 12 > 10 6 

Surface resistivity IEC 60093 Ω > 10 4 > 10 12 > 10 6 

Dielectric strength IEC 60243 kV/mm – 45 – 

Physiological properties 

Complies with regulations as per 

EU Plastics Directive 2002/72/EC No Yes Yes 

FDA Regulation 21CFR177.1520 No Yes No 

FDA Regulation 21CFR178.2010 No N/A N/A 

FDA Regulation 21CFR178.3297 No Yes No 

Notes for the user: 

The information in the data sheets is to the best of our current knowledge: it should not be considered as an agreement to provide nor a 

warranty of particular properties. In each case, it is down to the user to decide whether a material is suitable for the application at hand. 

We reserve the right to make changes to the stated data. 

The values provided relate to a board 40 mm thick. The technical values may vary as a result of the process used, depending on the 

thickness.


PE 1000 BOARDS 

Pressed 

Item No. 

natural 

Minimum 

order 

€ 40.– 

Item No. 

Green 

Item No. 

black 

Thickness 

mm 



(5000/20.000 hours) 

Colour: natural, green for indoor applications, 

black UV-stabilised 

Length 

mm 

Width 

mm 

Weight/unit 

kg 

€/kg 

natural 

€/kg 

Green 

180110 10070000 1 2000 1000 2.300 18.72 19.28 

180120 877230 2 2000 1000 3.800 11.74 12.84 

180130 825620 10012662 3 2000 1000 5.800 11.74 12.84 12.84 

180140 842480 4324600 4 2000 1000 7.700 11.74 12.84 12.84 

180150 681800 10033740 5 2000 1000 9.600 10.79 11.16 11.16 

180160 470090 4568890 6 2000 1000 11.500 10.79 11.16 11.16 

180170 410760 4568900 8 2000 1000 15.400 10.79 11.16 11.16 

180180 410770 4324650 10 2020 1010 20.000 9.95 10.40 10.40 

180190 410780 4385580 12 2020 1010 24.100 9.95 10.40 10.40 

180200 569620 4324610 15 2020 1010 30.100 9.77 10.13 10.13 

180210 662130 4324620 20 2020 1010 40.100 9.77 10.13 10.13 

180220 613260 4324630 25 2020 1010 50.100 9.77 10.13 10.13 

180230 613270 4324640 30 2020 1010 60.100 9.77 10.13 10.13 

410750 35 2020 1010 70.100 9.77 

180240 871670 4441390 40 2020 1010 80.200 9.77 10.13 10.13 

627260 904590 50 2020 1010 100.200 9.77 10.13 

4165590 4125390 60 2020 1010 120.200 9.77 10.13 

4326800 70 2020 1010 140.300 10.13 

4125400 80 2020 1010 160.300 10.13 

€/kg 

black 


PE 1000 ROUND RODS 

Extruded 



(5000/20.000 hours) 

Colour: natural, green for indoor applications, 

black UV-stabilised 

Item No. 

natural 

Item No. 

Green 

Item No. 

black 


Length 

mm 

Diameter 

mm 

Weight/m 

kg 



€/kg 

natural 

€/kg 

Green 

569320 4021410 4574480 1000 20 0.310 10.50 10.76 10.76 

406180 4662670 4615680 1000 25 0.490 10.50 10.76 10.76 

180380 1066410 4615690 1000 30 0.700 10.50 10.76 10.76 

569330 1096460 10024308 1000 35 0.960 10.50 10.76 10.76 

180390 1066430 4615700 1000 40 1.300 10.50 10.76 10.76 

180400 1066440 4615710 1000 50 2.000 10.50 10.76 10.76 

4714230 1000 55 2.350 10.76 

180410 1066450 4615720 1000 60 2.900 10.50 10.76 10.76 

180420 1066470 10042454 1000 70 4.000 10.50 10.76 10.76 

180430 1066480 10026283 1000 80 5.200 10.50 10.76 10.76 

180440 1066490 10056556 1000 90 6.600 10.50 10.76 10.76 

180450 1066500 1000 100 8.100 10.50 10.76 

180460 10022023 1000 110 9.800 10.50 10.76 

180470 1066520 10077418 1000 120 11.700 10.50 10.76 10.76 

4198560 10050506 1000 125 12.700 10.50 10.76 

588720 10038071 1000 130 13.700 10.50 10.76 

10030164 1000 140 15.900 10.50 

1203560 10035163 1000 150 18.200 10.50 10.76 

406190 10037361 1000 160 20.700 10.50 10.76 

10016894 10040750 10014715 1000 180 26.200 10.50 10.76 10.76 

415890 4315030 1000 200 32.400 10.50 10.76 

€/kg 

black


PMMA ACRYLIC GLASS 

Product description for PMMA (polymethyl methacrylate) 


1.19 g/cm 3 


–20 °C to +70 °C (for PMMA XT/extruded) 

–20 °C to +80 °C (for PMMA GS/cast) 

Amorphous thermoplastics with low moisture content and 

water absorption. Glass clear with highly luminous surface, high 

brilliance and crystal clear transparency, can be dyed in many 

colours, transparent and muted. 

Main properties of PMMA: 

• Hard and rigid, but brittle – shatter-proof to a limited extent, 

up to impact-resistant 

• Very high weathering and ageing resistance 

• Very good surface 

• Large range of colours in both grades 

• Good chemical resistance to dilute acids (average concentration) 

• Resistant to organic solvents to a limited extent 

• Not resistant to strong acids/nitro-cellulose combi thinners, etc. 

• Good cutting properties (short cut) 

• Very good sticking properties 


Comment: 

Important: PMMA is prone to stress cracks 

(if emulsions, cutting oils and detergents that contain solvents are 

used, this can lead to stress cracks). 

The relatively high coefficient of thermal expansion should be 

taken into account when creating designs. If used outdoors, up to 

approx. 0.5 % or ± 5 mm/metre. 

Grades: 

PMMA XT/extruded clear, transparent/as well as in various 

standard colours 

PMMA GS/cast clear, transparent/as well as in various standard 

colours 

Thickness tolerances according to DIN ISO 7823-1/2 

PMMA GS = 2 – 25 mm tolerance ±10 % plus 0.4 mm 

(e.g. 8 mm of 6.8 – 9.2 mm) 

PMMA GS block product > 25 mm –0/+4 to – 0/+7 mm according to 

thickness 

PMMA XT = ±5 % 

PMMA GS cast boards are manufactured between two panes of 

glass and polymerised in batches. They have a very high molecular 

weight and, as a result, are more rigid and less prone to cracking, 

making them easier to process subsequently. 

PMMA XT extruded boards are continuously manufactured using 

an extruder, possess a lower molecular weight and are thus more 

flexible and easier to deform. 

Application: 

Construction and protective glazing, device covers, machine 

protection, roofing 

Processing: 

Good cutting properties (short cut) High cutting speeds and 

sufficient cooling are required, as friction causes PMMA to 

overheat and then to smear. Good hot forming, very good sticking 

properties (see machining information) 

Dimensions: 

Boards 1 – 50 mm 

Tubes 10 – 200 mm outer diameter 

Round rods 5 – 100 mm diameter 

Board dimensions Up to 2050 x 3050 mm 

Round and tube lengths 2000 mm each 

Boards available in a range of colours and grades. 


Material name PMMA GS PMMA XT 

Cast board Extruded board 

Properties Norm Unit 

Tensile strength ISO 527 (1) MPa 75 70 

Elongation at tear ISO 527 (1) % 4 4 

Bending strength ISO 178 (2) MPa 116 107 

Flexural modulus of elasticity ISO 178 (2) MPa 3210 3030 

Charpy impact strength ISO 179 (3) kJ/m 3 12 10 

Vicat softening point ISO 306 (4) method A °C > 100 > 105 

Rockwell hardness ISO 2039-2 M scale 102 101 

Transparency ASTM D1003 % (5) > 92 > 92 

Refractive index ISO 489/A – 1.49 – 

Water absorption ISO 62 % 0.2 0.2 

Relative density ISO 1183 – 1.19 1.19 

Note: (1) 5 mm/minute; (2) 2 mm/minute; (3) unnotched; (4) method A; (5) in 3 mm 

Shop 


ACRYLIC GLASS/PLExIGLAS ® BOARDS 

Extruded, transparent 



UV-resistant 

Colour: no colour 

Item No. 

Thickness 

mm 

Length 

mm 



Width 

mm Type €/m² 

180610 2 2050 1250 Acrylic glass xt 18.68 







Cast Plexiglas ® 



UV-resistant 

Colour: no colour 

Item No. 

Thickness 

mm 

Length 

mm 

Width 

mm Type €/m² 

612920 3 3050 2030 Plexiglas ® GS 38.63 

612930 4 3050 2030 Plexiglas ® GS 49.17 

612940 5 3050 2030 Plexiglas ® GS 58.54 

612950 6 3050 2030 Plexiglas ® GS 77.24 

612960 8 3050 2030 Plexiglas ® GS 110.26 

612970 10 3050 2030 Plexiglas ® GS 128.81 

10018116 12 3050 2030 Plexiglas ® GS 136.73 

4506160 15 3050 2030 Plexiglas ® GS 199.36 

10002289 20 3050 2030 Plexiglas ® GS 259.55 

180600 25 3000 2000 Plexiglas ® GS 352.32 

Workshop and 

machining 

service 

Other dimensions available on request.


PC MAKROLON ® 

Technical data for PC (polycarbonate) Makrolon ® GP 

Advantages: 

• Extremely high impact strength 

• Wide temperature resistance range 

• Good fire protection classification 

Makrolon ® GP are clear, polished, UV-stabilised polycarbonate 

boards. They provide an extremely high impact strength, which 

exceeds the physical properties of their class. Makrolon ® 

solid boards are temperature-resistant in the range -100 °C to 

+120 °C, are visually very clear and have a good fire protection 

classification. 

Makrolon ® GP clear 099 is a clear board with a high degree of 

transparency. 

Makrolon ® UV clear 2099 is a clear, transparent board with UV 

protection. 

Makrolon ® NR clear 099 is a transparent board with a matt antireflective 

coating and enhanced UV protection on one side. 

Makrolon ® GP white 130 and white 150 are white, translucent 

boards with good light scatter. 

Makrolon ® GP umbra 775 are translucent boards of a brownish 

colour. 

Makrolon ® FR clear 099 is a colourless, transparent board with an 

enhanced fire protection classification, tested to UL 94. 

Makrolon ® FG clear 099 is a colourless, transparent board for use 

in the food industry and the medical sector. 

Applications: 

Makrolon ® GP boards are incredibly well suited for use as machine 

protectors, lamp covers, signs and billboards, as well as wall separating 

elements and door glazing. 

The boards are extremely impact-resistant and provide outstanding 

protection against wilful destruction. Makrolon ® GP boards can 

be hot formed, cold bent and are easy to process. 

Properties Test conditions Guide values Unit Test method 

The mechanical properties have been determined on board material 4 mm or 3 mm1) PHYSICAL 

Density 1.2 g/cm 

thick. 

3 ISO 1183-1 

Moisture absorption 

After storage in normal atmospheric conditions 

23 °C/50 % RH 

0.15 % ISO 62-4 

After storage in water at 23 °C up to saturation 0.35 % ISO 62-1 

Refractive index 

MECHANICAL 

20 °C 1.586 – ISO 489 

Yield stress › 60 MPa ISO 527-2/1B/50 

Elongation under yield stress 6 % ISO 527-2/1B/50 

Tensile strength › 60 MPa ISO 527-2/1B/50 

Elongation at tear › 70 % ISO 527-2/1B/50 

Modulus of elasticity 2.400 MPa ISO 527-2/1B/1 

Limiting bending stress Approx. 90 MPa ISO 178 

Impact strength Charpy without notches No breakage kJ/m2 ISO 179/1fU 

Charpy notched Approx. 11 kJ/m2 ISO 179/1eA 

Izod notched Approx. 10 kJ/m2 ISO 180/1A 

Izod notched 1) Approx. 70 kJ/m2 THERMAL 

ISO 180/4A 

Vicat softening temperature Method B50 148 °C ISO 306 

Thermal conductivity 0.2 W/m K DIN 52612 

Linear coefficient of thermal expansion 0.065 mm/m°C DIN 53752-A 

Thermal stability Method A: 1.80 MPa 127 °C ISO 75-2 

ELECTRICAL 

Method B: 0.45 MPa 139 °C ISO 75-2 

Dielectric strength 35 kV/mm IEC 60243-1 

Volume resistivity 1016 Ohm · cm IEC 60093 

Surface resistivity 1014 Ohm IEC 60093 

Dielectric constant At 103 Hz 3.1 IEC 60250 

At 106 Hz 3 IEC 60250 

Dielectric power factor At 103 Hz 0.0005 IEC 60250 

At 106 Hz 0.009 IEC 60250 


PC MAKROLON ® GP 

Product description for PC (polycarbonate) Makrolon ® 

Transparency: 

Test method according to DIN 5036 

The stated thicknesses are not all available as standard. Please 

contact us for further details. The stated values are guides. 

Available dimensions: 

Makrolon ® is available in thicknesses of 0.75 – 15 mm and in the 

following dimensions; other dimensions, colours and board thicknesses 

may be requested. 

Formats (standard): 

2.050 x 1.250 mm 

3.050 x 2.050 mm 

Fire protection classification (*): 

Oxygen index (LOI) 28% ISO 4589-2, method A. 

Glow-wire test, IEC 60695-2-12, in °C (*): 

Colours: 

Makrolon ® GP clear 099 

Makrolon ® UV clear 2099 

Makrolon ® NR clear 099 

Makrolon ® GP white 130 

Makrolon ® FR clear 099 

Makrolon ® GP white 150 

Makrolon ® FG clear 099 

Makrolon ® GP umbra 775 

Continuous service temperature: 

The continuous service temperature is approx. 120 °C. 

(*) Fire protection certificates are only valid for a limited time. Please check each document for validity. 



Transparency as a % 0.75 1 1.5 2 3 4 5 6 8 10 12 15 

Makrolon ® GP clear 099 90 90 89 89 88 87 87 86 85 83 82 80 

Makrolon ® UV clear 2099 88 87 87 86 85 84 82 81 79 

Makrolon ® NR clear 099 83 83 82 82 80 

Makrolon ® GP white 130 40 30 23 18 13 

Makrolon ® GP white 150 60 50 40 33 28 20 

Makrolon ® GP umbra 775 75 69 65 62 53 

Makrolon ® FR clear 099 88 86 85 84 

Country Standard Classification Thickness Colour 

Germany DIN 4102 B1 (indoors) 1 – 6 mm Clear 099 

Burning droplets 2 – 3 mm White 150 

B2 ≥ 0.75 mm All colours 

France NFP 92-501 & 505 M1 0.75 mm Clear 099 

M2 1 – 15 mm Clear 099 

M2 2 – 12 mm White 130 

NFP 16-101 & 102 F1 0.75 – 15 mm Clear 099 

F1 3 – 12 mm White 130 

USA UL 94 V0 ≥ 2 mm FR clear 099 (raw material) 

0.75 1 1.5 2 3 4 5 6 12 

Makrolon ® GP clear 099 850 850 800 800 850 960 960 960 

Makrolon ® NR white 130 900 960 960 

Makrolon ® GP white 150 960 960


PC MAKROLON ® 

Boards 

Item No. 

GP clear 099 

Item No. 

UV clear 

2099 

Other dimensions, grades 

and colours on request. 

Thickness 

mm 



Special types UV-resistant 

Colour: transparent 

Length 

mm 

Width 

mm 

€/m² 

GP clear 

099 

€/m² 

UV clear 

2099 

842670 1 2050 1250 18.42 

10020743 1.5 2050 1250 26.96 

773700 2 2050 1250 35.08 

773710 4449620 3 2050 1250 49.75 52.25 

773720 1108340 4 2050 1250 66.31 69.64 

773730 4449630 5 2050 1250 82.98 87.15 

773740 1108320 6 2050 1250 99.56 104.52 

773750 4449640 8 2050 1250 132.71 139.32 

773760 10 2050 1250 165.96 

872530 4449650 12 2050 1250 210.80 221.36 


PET 

Properties of PET (polyester boards), e.g. Axpet ® 



Transparency: 

Test method according to DIN 5036. The stated thicknesses are not all available as standard. Please contact us for further details. 

The stated values are guides. 

Transparency as a % 0.8 1 1.5 2 3 4 5 6 

Axpet ® clear 099 90 89 89 88 87 86 85 84 

Axpet ® NR clear 099 88 87 87 86 

Axpet ® white 100 ‹ 2 ‹ 1 ‹ 1 

Axpet ® white 130 28 28 28 30 

Axpet ® UV clear 2099 89 88 87 86 85 84 


Axpet ® is available in thicknesses of 0.8 – 6 mm and in the 

following dimensions; other dimensions, colours and board 

thicknesses 



2.050 x 1.250 mm 

3.050 x 2.050 mm 


Oxygen index (LOI) 28 % ISO 4589-2 


Colours: 

Axpet ® clear 099 

Axpet ® NR clear 099 

Axpet ® white 100 

Axpet ® white 130 

Axpet ® UV clear 2099 


The continuous service temperature without load is approx. 60 °C. 


Germany DIN 4102 B1 (indoors) 

0.8 – 6 mm Clear 099 

Burning droplets 

0.8 – 2 mm NR clear 099 

1 – 4 mm White 130 

Great Britain BS 476 Part 7 Class 1Y 1.5 + 6 mm Clear 099 

France NFP 92-501 + 505 M1 

M2 

0.8 1 1.5 2 2.5 3 4 5 6 

Axpet ® clear 099 960 960 960 960 960 960 

Axpet ® NR clear 099 900 

Axpet ® white 100 900 960 

Axpet ® white 130 960 960 960 960 960 


6 mm Clear 099 

0.8 – 5 mm Clear 099 

0.8 – 4 mm NR clear 099 

1 – 4 mm White 130 

NFP 16-101 + 102 F1 0.8 – 6 mm Clear 099 

1 – 4 mm White 130


PET 

Properties of PET (polyester boards), e.g. Axpet ® 

Advantages: 

• Good impact strength 



Axpet ® are solid boards made from thermoplastic polyester. 

They provide high impact strength, have a good fire protection 

classification and are compatible with foodstuffs. Axpet ® is 

resistant to chemicals and fully recyclable. 

Axpet ® clear 099 are clear boards with a high degree of 

transparency and luminosity. 

Axpet ® NR clear 099 are transparent boards with a non-reflective 

matt coating on one side. 

Axpet ® white 100 are white, opaque boards, i.e. they are not 

transparent, even in narrow versions. 

Axpet ® white 130 are translucent boards that offer good light 

scatter in combination with an attractive white colour. 

The mechanical properties have been determined on board material 4 mm thick. 

Axpet ® UV clear 2099 are clear, transparent boards with UV 

protection on both sides to prevent yellowing. 

Applications: 

Ideal indoor applications for Axpet ® : POS (displays, price label 

holders, shelf dividers), poster covers, billboards (including 

backlit ones), signposts, advertising signs, containers and trays 

for foodstuffs, decorative inserts, pharmaceutical products, flat 

machine covers 

The boards are easy to machine and screen print. Due to the 

crystallisation characteristics of polyester, white areas can appear 

on the board during hot forming. 

Axpet ® boards can be cold folded easily and produce a hinge 

effect. For outdoor applications, we recommend Axpet ® UV 

boards. 


PHYSICAL 

Density 1.33 g/cm3 ISO 1183-1 



23 °C/50 % RH 

0.2 % ISO 62-4 



MECHANICAL 

20 °C 1.585 – ISO 489 









Izod notched Approx. 3 kJ/m2 THERMAL 

ISO 180/1A 





ELECTRICAL 






At 106 Hz 3.1 IEC 60250 


At 106 Hz 0.056 IEC 60250 

Shop 


PETG 

Properties of PETG (polyester boards) Vivak ® 



Transparency: 

Test method according to DIN 5036. The stated thicknesses are not all available as standard. Please contact us for further details. The 

stated values are guides. 

Transparency as a % 0.5 0.75 1 1.5 2 2.5 3 4 5 6 8 10 12 

Vivak ® clear 099 90 90 90 90 89 89 88 88 87 86 85 84 80 

Vivak ® bronze 850 70 60 50 45 36 27 

Vivak ® fluo green 680 80 

Vivak ® fluo red 330 28 

Vivak ® fluo orange 250 52 


Vivak ® is available in thicknesses of 0.5 – 10 mm and in the following 

dimensions; other dimensions, colours and board thicknesses 



2.050 x 1.250 mm 

3.050 x 2.050 mm 

Colours: 

Vivak ® clear 099 

Vivak ® bronze 850 

Vivak ® fluo green 680 

Vivak ® fluo red 330 

Vivak ® fluo orange 250 


Oxygen index (LOI) 28% ISO 4589-2 


Hot forming: 

Thanks to their outstanding flow properties and reproduction of 

detail, Vivak ® boards can be thermally formed at low temperatures 

without being pre-dried. Due to its low specific thermal capacity, 

Vivak ® requires only a little energy for hot forming. 


The continuous service temperature is approx. 65 °C. 


Europe EN 13501-1 B-s1, d0 

B-s2, d0 

Germany DIN 4102 

DIN 54837/5510-2 

Italy CSE RF 2/75/A 

CSE RF 3/77 

France NFP 92-501 & 505 

NFP 16-101 & 102 

B1 (indoors) 

S4/SR2/ST2 

Class 1 

(wall) 

M2 

F1 

0.5 0.75 1 1.5 2 2.5 3 4 

Vivak ® clear 099 960 960 900 960 960 960 960 960 

Vivak ® bronze 850 960 960 


2 – 8 mm Clear 099 

2 – 6 mm All colours 

0.5 – 10 mm Clear 099 

2 – 6 mm Clear 099 

2 – 8 mm All colours 

2 – 5 mm Clear 099 

0.5 – 12 mm Clear 099 

USA UL 94 V-2 ≥ 3 mm Clear 099 

(raw material) 


www.reiff-tp.com


PETG 

Properties of PETG (polyester boards) Vivak ® 

Advantages: 

• Outstanding hot forming properties 

• Good impact strength 



Vivak ® are solid boards made from thermoplastic copolyester. 

They provide high impact strength, have a good fire protection 

classification, are compatible with foodstuffs and are fully 

recyclable. 

Vivak ® clear 099 are clear boards with an extremely high degree of 

transparency and good luminosity. 

Vivak ® bronze 850 boards are bronze and transparent. 

Vivak ® fluo are glossy, transparent boards with high luminosity 

and extremely bright edges. 

Applications: 

Ideal applications for Vivak ® : POS (displays, price label holders, 

shelf dividers), signposts, advertising signs, containers and trays 

for foodstuffs, pharmaceutical applications, flat and shaped 

machine covers, room dividers 

Vivak ® can be hot formed quickly with little energy consumption; 

short production time, extremely good drawing ratios and printing 

reproducibility without pre-drying. It is easy to screen print and 

machine. 


PHYSICAL 

Density 1.27 g/cm3 ISO 1183-1 



23 °C/50 % RH 

0.2 % ISO 62-4 



MECHANICAL 

20 °C 1.567 – ISO 489 









Izod notched Approx. 6 kJ/m2 THERMAL 

ISO 180/1A 





ELECTRICAL 






At 106 Hz 2.4 IEC 60250 


At 106 Hz 0.02 IEC 60250 

The mechanical properties have been determined on board material 4 mm thick. 




PETG 

Boards 



Special types UV-resistant 


clear099 

Item No. 

Thickness 

mm 

Length 

mm 



Width 

mm €/m² 

1156730 0.50 2050 1250 5.68 

10076275 0.75 2050 1250 8.70 

839010 1 2050 1250 10.33 

931720 1.5 2050 1250 14.80 

824980 2 2050 1250 19.68 

824990 3 2050 1250 29.55 

825000 4 2050 1250 39.37 

825010 5 2050 1250 49.24 

825020 6 2050 1250 59.08 

825220 8 2050 1250 78.79 

4236410 10 2050 1250 98.65 



federal VAT.


uPVC GLASS 

pPVC TRANSPARENT 

Properties of uPVC glass (polyvinyl chloride) transparent 

Density: 

1.37 g/cm 3 


±0° to +60 °C 

uPVC glass offers standard impact resistance and has been 

specially designed for indoor use. The material is transparent and 

offers high chemical resistance to acids and alkalis. 

• Simple processing possible 

• Outstanding electrical insulating properties 

• Good dimensional stability and rigidity 

• Low moisture absorption 

• Good transparency, e.g. 4 mm = 78% 

Comment: 

uPVC glass features protective film on both sides to protect it 

against sustaining surface damage during transport or storage. 

Important: Do not store outside with protective film in place! 

Strong sunlight causes the film to polymerise and it can then only 

be removed with great difficulty. 

Standard uPVC types do not meet the requirements of the German 

Foodstuffs Act. 

Properties of pPVC boards (polyvinyl chloride – plasticised) 


1.22 g/cm 3 


–35 °C standard resistance to cold, up to +60 °C 

pPVC boards, transparent, particularly for use as replacement 

swing-door leaves, rolling or folding gates, or strip doors. 

Board strips for vertical blinds with round extruded edges. 

• For sound and heat insulation 

• Fire behaviour according to DIN 53 382, i.e. does not continue to 

burn or smoulder 

• High cold crack resistance 

• Transparency > 80 % 

• Stabilised against ageing and UV 

• High wear resistance 

Filter and light-protection material also characterised by: 

• Reliable absorption of damaging rays 

• Protection against flying sparks 

• Non-flammable 

• DIN tested safety (GS) UV 4 or 7 

Comment: 

Special grades – particularly for cold-store areas, 

with excellent flexibility even at negative temperatures: 

–45 °C extremely resistant to cold, up to +60 °C (on request) 

Grades: 

uPVC glass transparent, standard grade, 

uPVC glass SX transparent, a special design with an improved 

impact-resistance grade 

Application: 

Transparent covers and glazing for machine tools, chemical 

equipment and laboratory construction, and the electrical industry. 

A material for the advertising sector and the building industry, 

partition construction, sign production, for deep-drawn parts and 

switch cabinet manufacture, etc. 

Processing: 

Good machining possible, hot forming, bonding, welding, printing 

Dimensions: 

Boards: Thicknesses of 1 – 15 mm 

2.000 x 1.000 mm 

3.000 x 1.500 mm 

Tubes: OD 6 – 160 mm 

Grades: 

pPVC boards natural, transparent, 

Fabric-reinforced boards, as well as filter and light-protection 

strips including fastening material and installation available on 

request 

Application: 

Transparent grade, e.g. for flexible door leaves of any type. 

Filter protection with sun protection factor (strip goods) 

Tech. grade, colour natural, e.g. for machine bases, as impact 

protection for linings, as well as seals and punched parts 

Processing: 

Can be cut/punched/stuck to one another using solvent adhesives 

Dimensions: 

Board thickness 2 - 3 - 4 - 5 - 7 - 10 mm – 1.000 mm standard width 

Special widths up to 2.200 mm possible (on request) 

Roll lengths of 20 m/or blanks 

pPVC board strips, transparent, with round extruded edges 

200 x 2 mm/300 x 3 mm/400 x 4 mm/roll length of 50 m or blanks 


UPVC BOARDS 

Film-coated on both sides 





UV-stabilised 


Item No. 

Minimum 

order 

€ 40.– 

Thickness 

mm 

Length 

mm 

Width 

mm 



Weight/unit 

kg €/kg 

181750 1 2000 1000 2.900 7.15 

681820 1.5 2000 1000 4.300 7.15 

181760 2 2000 1000 5.800 7.15 

181770 3 2000 1000 8.600 7.15 

181780 4 2000 1000 11.500 7.15 

181790 5 2000 1000 14.400 7.15 

181800 6 2000 1000 17.300 7.15 

181810 8 2000 1000 23.000 7.15 

181820 10 2000 1000 28.800 7.15 

404990 12 2000 1000 34.600 7.15 

489930 15 2000 1000 43.200 7.15 

Shop


PPVC 

Boards/Films 

Item No. 

natural 

Item No. 

transparent 



federal VAT. 

Thickness 

mm 



A/15 sec 

DIN 53 505 70 – 

Cold crack 

temperature 

DIN 53 372 Below 30 °C 


mg 


of supply 

51 x 51 x 5.5 mm 

0.14 

% 


Tear growth resistance 

DIN 53 515 > 40 kp/cm 


smoulders 

no further 

– 

Flammability 

According to 

US MVSS 302 

Nonflammable 

– 




A/15 sec 

DIN 53 505 70 – 

Cold crack 

temperature 

DIN 53 372 Below 30 °C 


mg 


of supply 

51 x 51 x 5.5 mm 

0.14 

% 


Tear growth resistance 

DIN 53 515 > 40 kp/cm 


smoulders 

no further 

– 

Flammability 

According to 

US MVSS 302 

Length 

m 

Non- 

flammable 


– 




Colour: Natural, 

transparent 

Width 

mm 

€/kg 

natural 

€/kg 

transparent 

184940 0.50 50 1220 

416180 1 30 1220 

183020 182980 2 20 1000 6.74 6.74 

183030 182990 3 20 1000 6.74 6.74 

183040 183000 4 20 1000 6.74 6.74 

183050 660740 5 20 1000 6.74 6.74 

855270 7 20 1000 

855280 10 20 1000 

Strips 

Item No. 

Red-transp. 

Item No. 

transparent 

Thickness 

mm 

Length 

m 




Colour: Transparent, 

red-transparent 

Width 

mm 

€/m 

Red-transp. 

€/m 

transparent 

928340 979850 2 50 200 2.93 2.66 

826440 979870 3 50 300 6.50 5.91 

993490 979880 4 50 400 11.54 10.49 


PERMISSIBLE TOLERANCES 

FOR PLASTIC SEMI-FINISHED PRODUCTS 

Permissible tolerances for plastic semi-finished products 

DIN name Round rods Boards, pressed Panels, extruded Tubes, cast 

Flat bars Films, calendered or extruded 

PA DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN 16982 

PE HD DIN EN 15860 DIN 16972 DIN EN ISO 14632 – 

POM DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN 16978 

PVDF / PPE / PEEK / PET, etc. DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 DIN EN 15860 

PP DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 15013 – 

PVC DIN EN 15860 DIN EN ISO 11833 DIN EN ISO 11833 – 

We deliver non-toleranced dimensions according to the following standards: 

Item DIN standards 

Turned and milled parts DIN ISO 2768 medium 

< 400 mm > 

DIN ISO 2768 coarse 

Films/boards DIN EN ISO 14632 



DIN 16972 

DIN EN 15860 

Moulded components – 

PTFE semi-finished products 

Films up to 3 mm According to the GKV guideline 

Boards: 4 + 5 mm +/–10 % 

Boards: 6 mm and above According to the GKV guideline 

Tubes/round rods and hoses According to the GKV guideline 

Tubes DIN EN 15860 

Round rods DIN EN 15860 

Blanks DIN ISO 2768 coarse 

Punched parts DIN ISO 2768 coarse 

Parts cut with water jets DIN ISO 2768 coarse 

The tolerances only apply to measurements taken at the reference temperature. 

All data is intended as a guide. 

Please observe the tolerances for other plastic semi-finished products with separate DIN standards accordingly. 

Please contact us for closer tolerances. 

DIN standards can be purchased from: 

Beuth Verlag GmbH, Burggrafenstraße 6, 10787 Berlin, Germany, Tel.: +49 (0)30/2601-0, Fax: +49 (0)30/2601-1260 


theoretical. 



PLASTICS 13/65


HIGH-PERFORMANCE PLASTICS 

AEPP 

Amorphous AEPP such as PPSU, PEI and PSU 

These non-reinforced, amorphous thermoplastics, 

which have many features in common, offer a superior 

combination of high mechanical, thermal and electrical 

properties. Furthermore, their approval under foodstuffs 

legislation as well as their resistance to hot water and 

steam provide a range of opportunities for use as structural 

elements and components in the medical, pharmaceutical 

and food engineering sectors. 

Semitron ® ESD 410 is an anti-static polyetherimide type. 




Celazole PBI and Torlon PAI for top performance 

These materials are always capable of fulfilling their function 

where others would fail. Continuous service temperatures 

of up to 310 °C. These materials are used for structural elements 

and components that are subject to high thermal and mechanical 

stresses, as well as for sliding elements and wearing parts. 

Semi-crystalline AEPP such as Ketron ® PEEK, Techtron ® HPV PPS, 

Fluorosint ® and PVDF 

These materials combine excellent chemical resistance with superior 

mechanical properties, even at high temperatures. They are 

intended to be used for structural elements and components that 

are subject to high thermal and mechanical stresses, as well as for 

sliding elements and wearing parts. 

Semitron ® ESD 225 is an anti-static POM type. 

Semitron ® ESD 500 is an anti-static and reinforced 

PTFE type. 

Shop 


LIFE SCIENCE GRADES (LSG) 

Quadrant EPP offers "life science grades". These materials 

have been specially developed for applications in the medical, 

pharmaceutical and biotechnology industries. The QEPP range of 

life science grade products comprises plastics that comply with 

the FDA, ISO 10993 and USP guidelines on the biocompatibility 

of materials, which saves costs and time regarding testing, whilst 

also ensuring full traceability from the raw material to the semifinished 

product. 

The benefits of life science products 

Performance: 

Quadrant's modern range of plastic products replaces existing 

material solutions made from stainless steel, titanium and glass or 

ceramics, based on a combination of properties such as reduced 

Biocompatibility tests 

Tests (1) (2) 

1. Cytotoxicity 

Ref.: ISO 10993-5 and USP Biological 

reactivity tests, in vitro - elution test 


2. Sensitisation 

"Ref.: ISO 10993-10, Magnusson & Kligman 

maximisation method" 

3. Intracutaneous reactivity 


weight, resistance to standard sterilisation methods, X-ray 

transparency, design flexibility, anti-static features and resistance 

to high-energy radiation. 

Biocompatibility: 

The LSG portfolio comprises plastics that comply with the FDA, 

ISO 10993 and USP guidelines on the biocompatibility of materials. 

Full traceability: 

Quadrant guarantees full traceability of the whole LSG portfolio to 

OEMs. 

Quality assurance: 

Quadrant EPP carefully monitors and controls the entire 

production process for life science grades in accordance with its 

quality management system, which is certified to ISO 9001:2000. 

"Ref.: ISO 10993-10 and USP Biological 

reactivity tests, in vivo - intracutaneous test" 

4. System toxicity 

"Ref.: ISO 10993-11 and USP Biological 

reactivity tests, in vivo - system injection test" 

5. Implantation test 

"Ref.: USP Biological reactivity tests, 

in vivo - implantation test (7 days)" 

6. Blood compatibility (human) 

Ref.: ISO 10993-4, indirect haemolysis (in vitro) 

7. USP physicochemical tests 

for plastics 

"Ref.: USP Containers, ultra-pure water 

extract, 70 °C/24 h" 

Products 

Ketron ® CLASSIXTM LSG PEEK white • • • • • • • • • 

Ketron ® LSG CA30 PEEK • • • • • • • • • 

Ketron ® LSG GF30 PEEK blue (RAL 5019) • • • • • • • • • 

Ketron ® LSG PEEK natural + black • • • • • • • • • 

Quadrant ® LSG PPSU black • • • • • • • • • 

Quadrant ® LSG PPSU natural (ivory) • NT • • NT NT • • NT 

Quadrant ® LSG PPSU blue, green, grey, 

red, yellow 

• NT NT NT NT NT • • NT 

Duratron ® LSG PEI natural • • • • • • • • • 

Quadrant ® LSG PSU natural • • • • • • • • • 

Quadrant ® LSG PC natural • • • • • • • • • 

Acetron ® LSG natural + black • NT NT NT NT NT • • NT (3) 

• This test has been carried out; the material passed. 

NT Not tested 

[1] Test specimens with a rod diameter of 50 mm, manufactured shortly before the tests were carried out, were used for all tests. 

[2] Quadrant EPP performs these tests on LSG material types to enable customers to make their own assessment of biocompatibility with reference to the requirements 

valid for the specific field of use of the end product. 

Quadrant EPP is not in a position to provide a technically sound assessment of the suitability of materials tested by Quadrant for use in specific medical, pharmaceutical 

or biotechnological applications. It is part of the customer's general responsibility to check and assess the suitability of Quadrant's LSG materials for the particular 

applications, processes and fields of use in question. 

[3] Please note that the pure, natural-coloured POM copolymer raw materials which are used to manufacture all semi-finished products from Acetron ® LSG natural + 

black meet the requirements of USP Class VI (according to the biocompatibility tests carried out on behalf of the plastic manufacturer). 

8. Heavy metal content (mg/kg) 

"Testing the content of cadmium, chromium, 

lead and mercury by means of ICP-MS" 

"USP Class IV – conclusion from 

tests 3, 4 and 5"


LIFE SCIENCE GRADES (LSG) 

Biocompatibility status 

(USP and ISO 10993) 

Quadrant LSG semi-finished product forms have been subjected to 

a comprehensive range of biocompatibility tests by an independent, 

internationally renowned and approved testing organisation, 

in order to check that these materials meet the requirements of 

the USP (United States Pharmacopeia) guideline and of standard 

ISO 10993-1 in relation to biocompatibility tests 

of materials. 

Quadrant Engineering Plastic Products gives no warranty 

or guarantee that the materials have been manufactured in 

accordance with the applicable and required quality standards 

for materials intended for use in implantable medical devices or 

in applications that are of crucial importance when it comes to 

restoring or maintaining a bodily function that is essential for 

maintaining human life. 

Life science grades by Quadrant may not be used in conjunction 

with medical devices that are intended for use as implants that will 

remain in the human body for longer than 24 hours (30 days*) or 

that are intended to remain in contact with internal human tissue 

or with bodily fluids for longer than 24 hours (30 days*). Nor may 

these materials be used to produce important components of 

medical devices that are essential for maintaining human life. 

*: "30 days" only applies to Ketron ® CLASSIX TM LSG PEEK white. 


DURATRON ® PBI 

DURATRON ® PAI 

Properties of Duratron ® PBI (polybenzimidazole) 


1.30 g/cm 3 


+310/500 °C (20.000 hours/temporary) 

Temporary = only a few hours, where no or only low loads may 

occur 

Duratron ® PBI is the very best high-performance material amongst 

the ranks of high-performance plastics. 

Main properties of Duratron ® PBI: 

• Extremely high upper service temperature in air 

(see service temperature) 

• Excellent retention of mechanical strength, rigidity and creep 

strength over a wide temperature range 

• Excellent frictional and wear behaviour 

• Extremely low linear coefficient of thermal expansion up to 250 °C 


behaviour 

• Excellent resistance to high-energy radiation (gamma and X rays) 

• Inherent non-flammability 

• High ionic cleanliness 

• Low outgassing in a vacuum (dry material) 

Properties of Duratron ® PAI (polyamide-imide) 


1.41 g/cm 3 




occur 

In high-temperature applications, this high-performance plastic 

offers an excellent combination of mechanical operating behaviour 

and dimensional stability. 

Main properties of Duratron ® PAI: 

• Upper continuous service temperature limit in air 250 °C 




(particularly Duratron 4301 ® PAI) 

• Extremely low linear coefficient of thermal expansion up to 250 °C 

• Outstanding UV resistance 



Comment: 

Chemicals and hydrolysis corrode Duratron ® PAI; 

preference should be given to Ketron ® PEEK for such applications. 

Important: Due to the relatively high moisture absorption of 

Duratron ® PAI, finished products that are to be used at high 

temperatures or have been cut to close tolerances must be predried 

prior to installation. 



Comment: 

Duratron ® PBI is extremely hard and can represent a cutting 

challenge. The relative notch sensitivity of the material must 

be taken into account when dimensioning parts. Finished 

components with high tolerances should be stored in closed 

containers (usually in a plastic bag with desiccant) to prevent 

changes in size occurring due to moisture absorption. Components 

that are suddenly exposed to temperatures of over 200 °C, i.e. 

without a transition period, must be "dried" prior to use or kept 

in a dry condition to prevent the workpieces being deformed by 

thermal shocks. 

Grades: 

Duratron ® PBI colour black 

Application: 

Duratron ® PBI colour black is, thanks to its properties (amongst 

other things, the material is very pure in terms of ionic 

contamination and hardly outgasses at all, with the exception of 

water), a very interesting material for high-tech fields such as the 

semi-conductor, nuclear and aerospace industries. 

Processing: 

Difficult (see machining information) 

Dimensions: 

Available dimensions on request 

Grades: 

Duratron ® PAI 4203 colour yellow ochre 

Offers maximum toughness and impact strength with good 

electrical properties. 

Duratron ® PAI 4301 colour black 

The addition of graphite and PTFE leads to increased wear 

resistance and a lower coefficient of sliding friction. 

Duratron ® PAI 5530 colour black 

This type, which is reinforced with 30 % glass fibre, has better 

rigidity, mechanical strength and creep strength than Duratron 

4203 ® PAI. 

Application: 

Duratron ® PAI type 4203 = numerous application possibilities in 

electrical components 

Duratron ® 4503 PAI is similar in composition to Duratron ® 4203 

PAI and is primarily used where semi-finished products with large 

dimensions are required. 

Duratron ® PAI type 4301 = applications for high wear stress 

Duratron ® 4501 PAI is similar in composition to Duratron ® 4301 

PAI and is primarily used where semi-finished products with large 

dimensions are required. 

Duratron ® PAI type 5530 = precision parts for electronics and the 

semi-conductor industry 

Processing: 


Dimensions: 

Available dimensions on request


DURATRON ® PI 

Properties of Duratron ® PI (polyamide) 


1.27 g/cm 3 




occur 

Duratron ® PI combines a range of fantastic material properties 

that make this plastic particularly recommended for applications 

that call for low wear and a long service life in extreme ambient 

conditions. 

Main properties of Duratron ® PI: 

• Upper service temperature in air, continuous 240 °C – temporary 

up to 450 °C 



• Good sliding properties and excellent wear resistance 

• Very good dimensional stability 

• Inherently low flammability 

• Good electrical insulating properties and dielectric properties 

(only applies to Duratron ® D 7000 PI) 

• Low gassing in a vacuum (dry material) 

• High degree of purity in terms of ionic contamination (Duratron ® 

D 7000 PI) 

• Excellent resistance to high-energy radiation 

Comment: 

Duratron ® PI is particularly suitable for application fields where 

Duratron ® PAI cannot be used due to thermal requirements, but 

where the high thermal resistance of Duratron ® CU 60 PBI is not 

necessarily needed. 

Grades: 

Duratron ® D 7000 PI colour chestnut brown 

Offers maximum physical properties along with optimum electrical 

and thermal insulation. 

Duratron ® D 7015G PI colour greyish black 

15 % graphite has been added here to reduce friction and increase 

wear service life. 

Application: 

Valve and pump seats, load-carrying and wearing parts for semiconductor 

and electronics production, fasteners and handling 

parts for glass and plastic production. Metal replacement for 

aerospace components. 

Processing: 


Dimensions: 




SEMI-FINISHED PRODUCTS MADE FROM 


Guide values for DURATRON ® PBI/DURATRON ® PAI/DURATRON ® PI 



Properties Testing method Unit DURATRON ® DURATRON ® DURATRON ® 

CU60 PBI D7000 PI D7015G PI 

Colour – – black 

natural 

(walnut brown) 

Blackish grey 

Density ISO 1183-1 g/cm ³ Water absorption 

1.30 1.38 1.46 

– after 24/96 h storage in water at 23 °C (1) ISO 62 mg 60 / 112 66 / 128 46 / 100 

ISO 62 % 0.74/1.37 0.73/1.41 0.48/1.04 

– when saturated in air at 23 °C/50 % RH – % 7.5 2.2 1.3 



– % 14 4 3 

Melting point (DSC, 10 °C/min) ISO 11357-1/-3 °C NA NA NA 

Glass transition temperature (DSC, 20 °C/min) - (3) ISO 11357-1/-2 °C 415 365 365 



– W/(K.m) 0.40 0.22 0.39 

– average value between 23 and 100 °C – m/(m.K) 25 x 10-6 40 x 10-6 36 x 10-6 – average value between 23 and 150 °C – m/(m.K) 25 x 10-6 42 x 10-6 38 x 10-6 – average value above 150 °C – m(m · K) 35 x 10-6 52 x 10-6 47 x 10-6 Thermal stability temperature: 



ISO 75-1/-2 °C 425 355 365 

– temporary (4) – °C 500 450 450 

– continuous: for at least 20.000 h (5) – °C 310 240 240 



– °C -50 -50 -20 

– "oxygen index" ISO 4589-1/-2 % 58 51 47 

– according to UL 94 (thickness of 1.5/3 mm) 

Mechanical properties at 23 °C (8) 


– – V-0/V-0 V-0/V-0 V-0/V-0 

– yield stress/breaking stress (10) ISO 527-1/-2 MPa NYP/130 NYP/115 NYP/67 

– tensile strength (10) ISO 527-1/-2 MPa 130 115 67 

– yield strain (10) ISO 527-1/-2 % NYP NYP NYP 

– elongation at break (10) ISO 527-1/-2 % 3 4 2 

– tensile modulus of elasticity (11) 


ISO 527-1/-2 MPa 6000 3700 4900 

– compressive stress at 1/2/5 % nominal deformation 

by compression (11) 

ISO 604 MPa 58 / 118 / 280 35 / 69 / 145 44 / 81 / 145 

Charpy impact strength – without notches (13) ISO 179-1/1eU kJ/m² 20 65 10 

Charpy notch toughness ISO 179-1/1eA kJ/m² 2.5 4.5 1.5 

Ball indentation hardness (14) ISO 2039-1 N/mm² 375 235 225 

Ball indentation hardness (14) 


ISO 2039-2 - E 120 E 95 (M 120) E 84 (M 115) 

Dielectric strength (15) IEC 60243-1 kV/mm 28 28 13 

Volume resistivity IEC 60093 Ohm.cm > 10 14 > 10 14 – 

Surface resistivity 

ANSI/ESD 

STM 11.11 

Ohm/sq. > 10 13 > 10 13 < 10 4 

Dielectric constant εr: – at 100 Hz IEC 60250 – 3.3 3.4 – 

– at 1 MHz IEC 60250 – 3.2 3.2 5.5 

Dielectric power factor tan �: – at 100 Hz IEC 60250 – 0.001 0.006 – 

– at 1 MHz IEC 60250 – – 0.005 0.007 

Comparative tracking index (CTI) IEC 60112 – – 125 – 

Note: 1 g/cm³ = 1000 kg/m³ ; 1 MPa = 1 N/mm² ; 1 kV/mm = 1 MV/m NA = not applicable NYP: no yield point






Properties Testing method Unit DURATRON ® DURATRON ® DURATRON ® 

T4203 PAI [16] T4203 PAI [16] T5530 PAI 

Colour – – Yellow ochre black Khaki 

Density ISO 1183-1 g/cm ³ Water absorption 

1.41 1.45 1.61 

– after 24/96 h storage in water at 23 °C (1) ISO 62 mg 29 / 55 26 / 48 25 / 50 

ISO 62 % 0.35/0.67 0.30/0.55 0.26/0.52 

– when saturated in air at 23 °C/50 % RH – % 2.5 1.9 1.7 



– % 4.4 3.8 3.2 

Melting point (DSC, 10 °C/min) ISO 11357-1/-3 °C NA NA NA 

Glass transition temperature (DSC, 20 °C/min) - (3) ISO 11357-1/-2 °C 280 280 280 



– W/(K.m) 0.26 0.54 0.36 

– average value between 23 and 100 °C – m/(m.K) 40 x 10-6 35 x 10-6 36 x 10-6 – average value between 23 and 150 °C – m/(m.K) 40 x 10-6 35 x 10-6 35 x 10-6 – average value above 150 °C – m(m · K) 50 x 10-6 40 x 10-6 40 x 10-6 Thermal stability temperature: 



ISO 75-1/-2 °C 280 280 280 

– temporary (4) – °C 270 270 270 

– continuous: for at least 20.000 h (5) – °C 250 250 250 



– °C -50 -20 -20 

– "oxygen index" ISO 4589-1/-2 % 45 44 50 


Mechanical properties at 23 °C (8) 


– – V-0/V-0 V-0/V-0 V-0/V-0 

– yield stress/breaking stress (10) ISO 527-1/-2 MPa 150/– NYP/110 NYP/125 

– tensile strength (10) ISO 527-1/-2 MPa 150 110 125 

– yield strain (10) ISO 527-1/-2 % 9 NYP NYP 

– elongation at break (10) ISO 527-1/-2 % 20 5 3 



ISO 527-1/-2 MPa 4200 5500 6400 

– compressive stress at 1/2/5 % nominal deformation 

by compression (11) 

ISO 604 MPa 34 / 67 / 135 39 / 72 / 130 55 / 104 / 190 

Charpy impact strength – without notches (13) ISO 179-1/1eU kJ/m² No breakage 45 30 

Charpy notch toughness ISO 179-1/1eA kJ/m² 15 4 3.5 

Ball indentation hardness (14) ISO 2039-1 N/mm² 200 200 275 

Ball indentation hardness (14) 


ISO 2039-2 - E 80 (M 120) M 106 (E 70) E 85 (M125) 

Dielectric strength (15) IEC 60243-1 kV/mm 24 – 28 

Volume resistivity IEC 60093 Ohm.cm > 10 14 > 10 13 > 10 14 

Surface resistivity 

ANSI/ESD 

STM 11.11 

Ohm/sq. > 10 13 > 10 13 < 10 13 

Dielectric constant εr: – at 100 Hz IEC 60250 – 4.2 6.0 4.4 

– at 1 MHz IEC 60250 – 3.9 5.4 4.2 

Dielectric power factor tan �: – at 100 Hz IEC 60250 – 0.026 0.037 0.022 

– at 1 MHz IEC 60250 – 0.031 0.042 0.050 

Comparative tracking index (CTI) IEC 60112 – 175 175 175 

Note: 1 g/cm³ = 1000 kg/m³ ; 1 MPa = 1 N/mm² ; 1 kV/mm = 1 MV/m NA = not applicable NYP: no yield point 






Key 



(2) The values listed for these properties are 

largely taken from the material sheets 

provided by the raw-material suppliers 

and from other publications. 

(3) Only values for amorphous thermoplastics 

and for materials with no melting point 

(PBI & PI) are listed for this property. 

(4) Valid for just a few hours of temperature 

stress for applications where no or only 

low mechanical stresses occur. 

(5) Temperature load capacity over at least 

20.000 hours. After this time interval, the 

tensile strength – measured at 23 °C – has 

dropped to around 50 % of the initial 

value. The upper service temperature 

limits listed here are therefore based on 

the thermal oxidative degradation that 

occurs, which causes the property level to 

decrease. However, in many cases the 

maximum permissible service temperature 

primarily depends on the duration 

and degree of the mechanical stresses that 

arise during the application of heat. 

(6) Taking the way in which impact strength 

drops as the temperature decreases, in 

practice the lower service temperature 

limit is determined in particular by the 

level of the impact loads acting on the 

material. The values listed here are based 

on unfavourable impact load conditions 

and, as a result, should not be viewed as 

the absolute practical limits. 

(7) Please note that under no circumstances 

may conclusions regarding the behaviour 

of the materials in an actual fire be drawn 

from these estimated values taken from 

the material sheets provided by the 

raw-material suppliers and from other 

publications. There are no UL File 

Numbers available for semi-finished 

products from "Advanced Engineering 

Plastics". 

(8) The data listed for the mechanical 

properties of the extruded materials is 

largely average values taken from tests 

carried out on dry test specimens made 

from round rods ∅ 40 – 60 mm. With the 

exception of the hardness test, the test 

specimens were taken from the middle, 

between the core and the outer diameter, 

with their length running in the longitudinal 

direction of the rod l(parallel to the 

extrusion direction). 

(9) Test specimen: type 1 B 

(10) Test speed: 5 or 50 mm/min (selected 

according to ISO 10350-1 depending on 

the type of failure of the material [tough or 

brittle]; all materials listed in the table with 

an elongation at break ≥ 10 % were tested 

at 50 mm/min). 

(11) Test speed: 1 mm/min 

(12) Test specimen: cylinder Ø 8 mm x 16 mm 

(13) Pendulum impact tester used: 4 J 

(14) Measured on test specimens 1 mm thick 

(discs), in the middle between the core 

and the outer diameter. 

(15) Electrode configuration: two coaxial 

cylinders ∅ 25/∅ 75 mm; in transformer oil 

according to IEC 60296; measured on test 

specimens 1 mm thick. It is important to 

know that the dielectric strength of 

Ketron ® 1000 PEEK black and Quadrant ® 

PPSU black can be significantly lower than 

the value listed in the table for naturalcoloured 

material. 



(16) Please note that the property values for 

the Duratron ® T4503 PAI and Duratron ® 

T4501 PAI semi-finished products 

manufactured by means of pressure 

sintering may deviate considerably from 

the values listed for extruded Duratron ® 

T4203 PAI and Duratron ® T4301 PAI 

semi-finished products. They should be 

considered individually, based on the 

shape and dimensions of the pressuresintered 

semi-finished product. Please ask 

us for further information. 

� This table should primarily be used for 

making comparisons and is intended to 

serve as a helpful tool when selecting 

materials. The data listed here is within 

the normal range of properties for dry 

materials. However, it does not represent 

warranted property values and should not 

be used for specification purposes or as 

the sole basis for designs. 

Please note that several of the materials 

listed in this table are fibre-reinforced 

and/or filled and therefore demonstrate 

anisotropic behaviour (properties are 

different when parallel and perpendicular 

to the extrusion or pressing direction).


Quadrant ® PPSU 

Quadrant ® 1000 PSU 

Properties of Quadrant ® PPSU (polyphenylsulphone) 


1.29 g/cm 3 




occur 

Non-reinforced amorphous thermoplastic with superior 

mechanical, thermal and electrical properties. 

Main properties of Quadrant ® 1000 PPSU: 

• High upper continuous service temperature limit in air 180 °C 

• High mechanical strength over a wide temperature range 

• Excellent hydrolysis resistance (suitable for repeated steam 

sterilisation) 

• High toughness even at low temperatures 

• High dimensional stability 

• Very good resistance to high-energy radiation 

(gamma and X rays) 

• Good electrical and dielectric behaviour 


Properties of Quadrant ® 1000 PSU (polysulphone) 


1.24 g/cm 3 




occur 



Main properties of Quadrant ® 1000 PSU: 


• High mechanical strength and rigidity over a wide temperature 

range 



• Very high dimensional stability 




• Translucent, non-optical grade 

• Good hydrolysis resistance 

Comment: 

All amorphous thermoplastics are prone to stress cracking. Liquid 

coolants with an oil-soluble base must not be used during cutting. 

Preference should be given to water or compressed air for these 

materials. 

Grade: Quadrant ® PPSU colour black 

Semi-finished products are made from RADEL ® . This material 

offers better impact strength and chemical resistance than PEI 

1000 and Quadrant ® PSU and also provides outstanding resistance 

to hydrolysis. This material can actually be steam sterilised to an 

almost unlimited extent. 

Application: Quadrant ® PPSU 

The material properties described mean the material is perfect 

for use in the medical field for devices that have to be steam 

sterilised over and over again. Furthermore, the raw material used 

to manufacture Quadrant ® PPSU semi-finished products meets the 

requirements of Class VI of the USP standard (medical engineering 

and pharmaceutical industries). 

Processing: 

Machining, see machining information 

Dimensions: 


Comment: 




materials. Quadrant ® 1000 PSU is not UV-resistant. 

Grade: Quadrant ® 1000 PSU colour natural (yellow, transparent) 

This material offers very good radiation resistance, good ionic 

cleanliness and superior chemical and hydrolysis resistance. 

Compared to PEI 1000, Quadrant ® 1000 PSU has a somewhat 

lower property profile and is often used as a substitute for 

polycarbonate if a higher temperature resistance, better chemical 

resistance and the ability to steam sterilise are required. 

Application: Quadrant ® 1000 PSU 

Areas of the food processing industry – such as milking machines, 

pumps, valves, filter plates and heat exchangers, as well as 

for medical engineering components which need to be cleaned 

and sterilised repeatedly 

Processing: 


Dimensions: Round rods Boards 

Quadrant ® 1000 PSU 5 – 150 mm diameter 10 – 50 mm thickness 


KETRON ® PEEK 

Properties of Ketron ® Peek (polyetheretherketone) 


1.31 g/cm 3 




occur 

This semi-crystalline high-performance plastic provides a 

unique combination of very good mechanical properties, high 

temperature resistance and excellent chemical resistance. 

Main properties of Ketron ® PEEK: 

• Upper service temperature limit in air, continuous 250 °C, 

temporary peaks up to 310 °C 

• High mechanical strength, rigidity and creep strength over a wide 

temperature range 

• Excellent chemical and hydrolysis resistance 

• Excellent wear resistance and good sliding properties 

(particularly Ketron ® PEEK HPV and PEEK CA 30) 


• Outstanding UV resistance 


• Inherent non-flammability and very low smoke emissions in the 

event of a fire 


(only Ketron ® PEEK, not Ketron ® PEEK HPV/PEEK CA 30) 

Comment: 

Above 150 °C, the mechanical properties of all Ketron ® PEEK 

types diminish significantly and the linear coefficient of thermal 

expansion rises considerably. As a result, Duratron ® PAI could be 

better suited to precision parts at high temperatures over 

150 °C. 



Grades: 



Ketron ® PEEK 1000 colour natural (brownish grey/black) 

Offers the best toughness and impact strength of all Ketron ® PEEK 

grades with excellent chemical resistance. 

Ketron ® PEEK HPV colour black 

The addition of carbon fibres, graphite and PTFE give a "bushing 

type" with a low coefficient of sliding friction, high wear resistance 

and a high PV limit value. 

Ketron ® PEEK GF 30 colour brownish grey 

This type, which is reinforced with 30 % glass fibre, has better 

rigidity, mechanical strength and creep strength than Ketron ® 

PEEK 1000. 

Ketron ® PEEK CA 30 colour black 

This type, which is reinforced with 30 % carbon fibre, combines 

even better rigidity and creep strength than Ketron ® PEEK GF 30 

with optimum wear resistance. 

Ketron ® PEEK TX (PEEK + solid lubricant) 

This new member of the Ketron ® PEEK group of products has been 

specially developed for the food industry. Just like the existing 

Ketron ® PEEK 1000, this new self-lubricating material also has a 

composition that is suitable for contact with foodstuffs, but it also 

offers much better wear and sliding behaviour. As a result, Ketron ® 

PEEK TX is especially well suited for sliding and wearing elements 

in the temperature range 100 °C to 200 °C. 

Application: 

Ketron ® PEEK 1000 = medical engineering, pharmaceutical and 

food processing industries 

Ketron ® PEEK HPV = applications for parts subject to high wear 

and friction stresses 

Ketron ® PEEK GF 30 = applications for parts with high dimensional 

stability 

Ketron ® PEEK CA 30 = wearing parts with close tolerances, as well 

as very good rigidity and creep strength 

Processing: 


Dimensions: 

Available dimensions on request


Symalit ® 1000 PVDF 

Properties of Symalit ® 1000 PVDF (polyvinylidene fluoride) 


1.79 g/cm 3 


–30 to +150/160 °C (20.000 hours/temporary) 


occur 

This fluoropolymer has excellent mechanical properties, paired 

with outstanding chemical resistance. Chemically speaking, 

Symalit ® 1000 PVDF falls between PE HD and PTFE: it is easy 

to machine like PE HD, but with its high chemical resistance at 

increased temperatures is more like PTFE. 

Main properties of Symalit ® 1000 PVDF: 


• Good mechanical strength, rigidity and creep strength over 

a wide temperature range 


• Good sliding properties and wear resistance 

• Outstanding UV and weather resistance 


• Physiologically safe 

(suitable for contact with foodstuffs) 







Comment: 

Symalit ® 1000 PVDF is a thermoplastic structural material with the 

properties that are typical of thermoplastics, such as the ability to 

be extruded, welded and hot formed. 

Grade: 

Symalit ® 1000 PVDF colour natural (white) 

This is a fluoropolymer that combines good mechanical, thermal 

and electrical properties with excellent chemical resistance. The 

raw material also complies with the guidelines of the European 

Union and the regulations of the American FDA as regards 

compatibility with foodstuffs. 

Application: Symalit ® 1000 PVDF 

A versatile structural material that is used primarily in the 

petrochemical, chemical, metallurgical, pharmaceutical, food, 

paper, textile and nuclear industries. 

Processing: 

Can be machined, hot formed and welded – see machining 

information 

Dimensions: 





Guide values for KETRON ® PEEK 



Properties Test methods Units KETRON ® KETRON ® KETRON ® KETRON ® SYMALIT ® 

ISO/(IEC) PEEK-1000 PEEK HPV PEEK GF30 PEEK CA30 1000 PVDF 


Natural/ 

black 

black 

natural 

(brownish grey) black 

natural 

(white) 


1.31 1.45 1.51 1.40 1.76 – 1.79 

– after 24/96 h storage in water at 23 °C (1) 62 mg 5/10 4/9 5/10 4/9 < 0.04 

62 % 0.06/0.12 0.05/0.11 0.05/0.1 0.05/0.11 – 



– % 0.20 0.6 0.16 0.16 – 



– % 0.45 0.35 0.35 0.35 – 

Melting point – °C 340 340 340 340 165 – 178 

Glass transition temperature – °C – – – – -30 – -40 



– W/(K · m) 0.25 0.24 0.43 0.92 0.19 

– average value between 23 and 100 °C – m(m · K) 50 · 10 –6 35 · 10 –6 30 · 10 –6 25 · 10 –6 12.5 – 14 · 10 –5 

– average value between 23 and 150 °C – m(m · K) 55 · 10 –6 40 · 10 –6 30 · 10 –6 25 · 10 –6 – 

– average value above 150 °C – m(m · K) 130 · 10 –6 85 · 10 –6 65 · 10 –6 55 · 10 –6 Thermal stability temperature: 

– 



75 °C 160 195 230 230 105 – 115 

– temporary (2) – °C 310 310 310 310 – 

– continuous: for at least 20.000 h (3) 


– °C 250 250 250 250 150 

– "oxygen index" 4589 % 35 43 40 40 44 




– – V-0/V-0 V-0/V-0 V-0/V-0 V-0/V-0 V-0 

– yield stress (6) 527 MPa 110 75 90 130 45 – 57 

– elongation at break (6) 527 % 20 5 5 5 20 – 200 



527 MPa 4.400 5.900 6.300 7.700 1.400 – 2.500 

– compressive stress at 1 % 


604 MPa 29 34 41 49 69 – 103 



604 MPa 57 67 81 97 – 

Charpy impact strength (8) 179/1eU kJ/m2 NB 25 35 35 – 

Charpy notch toughness 179/1eA kJ/m2 3.5 2.5 4 4 110 

Ball indentation hardness (10) 2039/-1 N/mm2 230 215 270 325 – 



2039/-2 – M 105 M 85 M 99 M 102 – 

Dielectric strength (11) (60243) kV/mm 24 – 24 – 20 – 30 

Volume resistivity (60093) Ω · cm > 1014 – > 1014 > 105 > 1014 Surface resistivity (60093) Ω > 1013 – > 1013 – > 1013 Dielectric constant εr: – at 100 Hz (60250) – 3.2 – 3.2 – – 

– at 1 MHz (60250) – 3.2 – 3.6 – 7.5 

Dielectric power factor tan δ: – at 100 Hz (60250) – 0.001 – 0.001 – – 

– at 1 MHz (60250) – 0.002 – 0.002 – 0.15 

Comparative tracking index (CTI) (60112) – 150 – 175 – – 

Note: 1 g/cm 3 = 1000 kg/m 3 ; 1 MPa = 1 N/mm 2 ; 1 kV/mm = 1 MV/m NA = not applicable NB = no breakage 

There is no "yellow UL card" for these semi-finished products. 

Key 

(1) According to method 1 of ISO 62 and carried 

out on discs of ∅ 50 x 3 mm. 


stress for applications where no or only low 

mechanical stresses occur. 


20.000 hours. After this time interval, the 

tensile strength has dropped to around 50 % 

of the initial value. The upper service temperature 

limit listed here is therefore based on the 

thermal oxidative degradation that occurs, 

which causes the property level to decrease. 

However, in many cases the maximum 

permissible service temperature primarily 

depends on the duration and degree of the 

mechanical stresses that arise during the application 

of heat. 


may conclusions regarding the behaviour of 

the materials in an actual fire be drawn from 

these estimated values taken largely from the 

material sheets provided by the raw-material 

suppliers. There is no "yellow UL card" for 

these semi-finished products. 




(8) Test specimen: Cylinder ∅ 12 x 30 mm. 


(10) Measured on test specimens 10 mm thick. 


It is important to know that the dielectric 

strength of KETRON PEEK-1000 black can be 

up to 50 % lower than that of the naturalcoloured 

material. 

� This table is intended to serve as a helpful 

tool when selecting materials. The data listed 

here is within the normal range of properties 

for dry materials. However, it does not represent 

warranted property values and should 

not be used for specification purposes or as 

the sole basis for designs.


PEEK 1000 BOARDS 

Ketron PEEK 1000 - Board 

Item No. 

Thickness 

mm 

Workshop and 

machining service 

Length 

mm 

Density: 1.31 – 1.51 g/cm 3 

Service temperature: +250 °C 

Colour: Natural, black on request 

Width 

mm 

Weight/unit 

kg €/kg 

4392850 5 1000 1000 7.510 220.00 

4392860 6 1000 1000 8.850 220.00 

4392870 8 1000 1000 11.700 220.00 

4392880 10 1000 1000 14.400 220.00 

4392890 12 1000 1000 17.700 220.00 

4392900 16 1000 1000 23.100 220.00 

4392910 20 1000 1000 28.450 220.00 

4392920 25 1000 1000 35.200 220.00 


PEEK 1000 ROUND RODS 

Ketron PEEK 1000 - Round rods 

Density: 1.31 – 1.51 g/cm 3 


Colour: Natural, black on request 

Item No. 

Length 

mm 


Diameter 

mm 



Weight/m 

kg €/kg 

10006582 1000 6 0.041 220.00 

10006584 1000 8 0.072 220.00 

10004453 1000 12 0.164 220.00 

4595720 1000 16 0.290 220.00 

1106440 1000 20 0.440 220.00 

10006606 1000 22 0.535 220.00 

4201470 1000 25 0.690 220.00 

10011368 1000 28 0.855 220.00 

4392770 1000 30 0.980 220.00 

10014831 1000 32 1.110 220.00 

10022005 1000 35 1.340 220.00 

4392780 1000 40 1.740 220.00 

10005030 1000 45 2.220 220.00 

4392790 1000 50 2.720 220.00 

4392800 1000 60 3.920 220.00 

4392810 1000 70 5.300 220.00 

4392820 1000 80 6.940 220.00 

4392830 1000 90 8.800 220.00 

4392840 1000 100 10.850 220.00 

10040487 1000 110 13.000 220.00 

10040822 1000 120 15.700 220.00 

10017779 1000 130 18.200 220.00 

10020660 1000 140 19.600 220.00 

10006609 1000 200 42.600 220.00


TECHTRON ® PPS 

DURATRON ® 1000 PEI 

Properties of Techtron ® PPS (polyphenylene sulphide) 


1.43 g/cm 3 




occur 

A material that was developed for applications where technical 

plastics such as PA, POM, etc. no longer suffice and where a 

cost-effective alternative to PI, PEEK or PAI is sought for high-tech 

applications that are not highly demanding. 

Main properties of Techtron ® PPS: 

• Very high upper service temperature limit in air, continuous 

220 °C, temporary peaks up to 260 °C 

• High mechanical strength, rigidity and creep strength over a wide 

temperature range 







• Good UV resistance 

Properties of Duratron ® 1000 PEI (polyetherimide) 


1.27 g/cm 3 




occur 



Main properties of Duratron ® 1000 PEI: 


• High mechanical strength and rigidity over a wide temperature 

range 







• Translucent, non-optical grade 

• Non-flammability, particularly low smoke emissions 

Comment: 

Like many other reinforced plastics, Techtron ® PPS too provides 

moderate toughness and impact strength. That is why all corners 

have to be rounded off (radius >1 mm). 

Above 100 °C, the mechanical properties of Techtron ® PPS diminish 

significantly and the linear coefficient of thermal expansion rises 

considerably. As a result, PEEK types and Duratron ® PAI could be 

better suited to precision parts at high temperatures over 

100 °C. 

Grades: Techtron ® PPS colour dark blue 

Thanks to the embedded solid lubricant that is homogeneously 

distributed, Techtron ® PPS offers excellent wear resistance and a 

low coefficient of sliding friction. 

Application: Techtron ® PPS 

These material properties of wear resistance and a low coefficient 

of sliding friction, combined with excellent chemical resistance, 

open up potential applications in all possible sectors of industry 

for the material, e.g. industrial drying and food preparation ovens, 

systems used in chemical process engineering, and electrical 

insulation systems. 

Processing: 


Dimensions: 


Comment: 




materials. 

Grade: Duratron ® 1000 PEI colour natural (amber, transparent) 

Semi-finished products are made from ULTEM ® . This raw material 

offers a combination of excellent mechanical and electrical 

properties, together with outstanding natural non-flammability 

and low smoke emissions in the event of a fire. 

Application: Duratron ® 1000 PEI 

Fields involving electrical/electronic insulators – a variety of loadcarrying 

components that require rigidity at high temperatures. 

Good hydrolysis resistance and compliance with the requirements 

of USP Class VI mean the material can be used in medical devices 

and analytical instruments. 

Processing: 


Dimensions: 


Shop 







Guide values forQuadrant ® PPSU/Quadrant ® 1000 PSU/Duratron ® PEI/ 

Techtron ® HPV PPS 

Properties Test methods Units Quadrant ® Duratron ® Quadrant ® Techtron ® 

ISO/(IEC) PPSU 1000 PEI 1000 PSU HPV PPS 

Colour – – black 

Natural (yel- 

Natural (amber, 

low,translu- translucent) 

cent) 

Dark blue 


1.29 1.27 1.24 1.43 

– after 24/96 h storage in water at 23 °C (1) 62 mg 26/55 20/41 23/44 1/2 

62 % 0.35/0.72 0.26/0.54 0.32/0.61 0.01/0.03 



– % 0.60 0.75 0.40 0.03 



– % 1.20 1.35 0.85 0.09 

Melting point – °C NA NA NA 280 

Glass transition temperature – °C 220 215 190 – 



– W/(K · m) 0.35 0.22 0.26 0.30 



– average value above 150 °C – m(m · K) 55 · 10 –6 45 · 10 –6 – 100 · 10 –6 




75 °C 200 190 170 115 

– temporary (2) – °C 210 200 180 260 



– °C 180 170 150 220 

– "oxygen index" 4589 % 44 47 30 47 




– – V-0/V-0 V-0/V-0 HB/HB V-0/V-0 

– yield stress (6) 527 MPa 76 105 80 75 

– elongation at break (6) 527 % 30 10 10 5 



527 MPa 2.500 3.400 2.700 4.250 



604 MPa 18 25 20 28 



604 MPa 35 49 39 55 

Charpy impact strength (9) 179/1eU kJ/m2 NB NB NB 25 

Charpy notch toughness 179/1eA kJ/m2 10 3.5 4 3.5 

Ball indentation hardness (9) 2039/-1 N/mm2 – 170 155 180 



2039/-2 – M 80 M 114 M 91 M 84 

Dielectric strength (10) (60243) kV/mm – 27 30 24 

Volume resistivity (60093) Ω · cm > 1014 > 1014 > 1014 > 1014 Surface resistivity (60093) Ω > 1013 > 1013 > 1013 > 1013 Dielectric constant εr: – at 100 Hz (60250) – 3.4 3.0 3.0 3.3 

– at 1 MHz (60250) – 3.5 3.0 3.0 3.3 

Dielectric power factor tan δ: – at 100 Hz (60250) – 0.001 0.002 0.001 0.003 

– at 1 MHz (60250) – 0.005 0.002 0.003 0.003 

Comparative tracking index (CTI) (60112) – – 175 150 100 

Note: 1 g/cm3 = 1000 kg/m3 ; 1 MPa = 1 N/mm2 ; 1 kV/mm = 1 MV/m NA = not applicable NB = no breakage 


Key 

service temperature primarily depends on (8) Test specimen: Cylinder ∅ 12 x 30 mm. 

(1) According to method 1 of ISO 62 and carried the duration and degree of the mechanical (9) Pendulum impact tester used: 4 J. 

out on discs of ∅ 50 x 3 mm. 

stresses that arise during the application of (10) Measured on test specimens 10 mm thick. 


heat. 


stress for applications where no or only low (4) Please note that under no circumstances 

mechanical stresses occur. 

may conclusions regarding the behaviour of � This table is intended to serve as a helpful 

(3) Temperature load capacity over at least 20.000 the materials in an actual fire be drawn from tool when selecting materials. The data listed 

hours. After this time interval, the tensile 

these estimated values taken largely from the here is within the normal range of properties 

strength has dropped to around 50 % of the material sheets provided by the raw-material for dry materials. 

initial value. The upper service temperature suppliers. There is no "yellow UL card" for 

However, it does not represent warranted 

limit listed here is therefore based on the ther- these semi-finished products. 

property values and should not be used for 

mal oxidative degradation that occurs, which (5) Test specimen: type 1 B. 

specification purposes or as the sole basis 

causes the property level to decrease. How- (6) Test speed: 5 mm/min. 

for designs. 

ever, in many cases the maximum permissible (7) Test speed: 1 mm/min.


PVDF 1000 BOARDS 

PVDF 1000 ROUND RODS 

PVDF 1000 - Board 

Item No. 

Minimum 

order 

€ 40.– 

Thickness 

mm 

Length 

mm 



(20.000 hours/temporary) 


Width 

mm 

Weight/unit 

kg €/kg 

10069891 1 2000 1000 3.600 40.56 

4394510 2 2000 1000 7.100 40.56 

4394520 3 2000 1000 10.700 40.56 

4394530 4 2000 1000 14.200 40.56 

4394540 5 2000 1000 17.800 40.56 

4394550 6 2000 1000 21.400 40.56 

4394560 8 2000 1000 28.500 40.56 

4394570 10 2000 1000 35.600 40.56 

4394590 12 1000 1000 14.600 43.10 

4394600 16 1000 1000 19.100 43.10 

4394610 20 1000 1000 23.700 43.10 

4394620 25 1000 1000 29.300 43.10 

PVDF 1000 - Round rods 

Item No. 

Length 

mm 



(20.000 hours/temporary) 


Diameter 

mm 

Weight/m 

kg €/kg 

4394360 1000 10 0.150 43.10 

4394370 1000 16 0.380 43.10 

4394380 1000 20 0.600 43.10 

4394400 1000 25 0.930 43.10 

4394410 1000 30 1.320 43.10 

4394420 1000 36 1.910 43.10 

4394430 1000 40 2.340 43.10 

4394440 1000 50 3.660 43.10 

4394450 1000 60 5.270 43.10 

4394460 1000 70 7.140 43.10 

4394470 1000 80 9.360 43.10 

4394480 1000 90 11.850 43.10 

4394490 1000 100 14.650 43.10 

10028367 1000 120 21.150 43.10 


PTFE 

Properties of PTFE (polytetrafluoroethylene) 


2.2 – 2.3 g/cm 3 


-200 to +260/280 °C (20.000 hours/temporary) 


occur 

Fluorosint ® grades: 

Also offer excellent mechanical properties (rigidity/creep strength, 

wear resistance) paired with outstanding chemical resistance. 

Main properties of PTFE: 


• Almost universal chemical resistance 


• Very high anti-adhesion level 

• Outstanding UV and weather resistance 


• Non-filled grades are physiologically safe 

• Good mechanical stressability 

• Incombustibility according to UL standard 

• Very low coefficient of friction 

Comment: 

If heated to temperatures above 320 °C, PTFE can lose gaseous 

decomposition products, some of which are toxic. 

Due to their outstanding chemical resistance, PTFE films/boards 

do not stick without being etched on one side. (Please indicate if 

sticking may be necessary when ordering.) 

Grade: PTFE colour (white) 

Modified PTFE = PTFE with glass 

= PTFE with carbon 

= PTFE with graphite 

= PTFE with bronze 

PTFE etched on one side (can be stuck) 

How properties tend to be influenced by fillers, 

compared to non-filled PTFE 

+ = enhanced 

– = reduced 

o = unchanged 

PTFE PTFE PTFE PTFE 

with 

glass 

with 

carbon 

with 

graphite with bronze 

Density + – – + 

Tearing strength – – – – 

Elongation at tear – – – – 

Ball indentation hardness + + + + 

Compressive strength + + + + 

Wear resistance + + + + 

Coefficient of friction + + + + 

Thermal expansion – – – – 

Usable temperature range o o o o 

Thermal conductivity o + + + 

Electrical conductivity o + + + 

Dielectric strength – – – – 

Porosity + + + + 



Fluorosint ® 500 (ivory) grade 

Reinforced PTFE with synthetic mica (high mechanical loadcarrying 

capacity, approx. 9x less deformation under load than 

non-filled PTFE). 

Fluorosint ® 207 (white) grade 

Outstanding chemical and hydrolysis resistance with good 

mechanical load-carrying capacity, complies with EN and FDA 

regulations regarding compatibility with foodstuffs. 

For data sheet, see page 13/78. 

Application: PTFE 

Preference is given to PTFE grades with approval under foodstuffs 

legislation in laboratory engineering and in the food and 

pharmaceutical industries. Modified grades are used primarily 

in the petrochemical, chemical, metallurgical, paper, textile and 

nuclear industries. 

PTFE types – Their use and modification: 

PTFE 

nonfilled 

PTFE 

with 

glass 

PTFE 

with 

carbon 

Almost universally resistant to 

chemicals, very good sliding 

properties, high temperature 

resistance, good dielectric 

properties, high level of antiadhesion 

Pressure-resistant material 

with good frictional and wear 

behaviour, with good chemical 

resistance 

Pressure and wear-resistant 

material, largely resistant to 

chemicals with good thermal 

conductivity, anti-static 

PTFE Largely resistant to chemicals 

with with good thermal conductivity, 

graphiteanti-static 

with good abrasion 

resistance 

PTFE Good thermal conduction, 

with good abrasion resistance, 

bronze good compressive strength 

Linings in the 

chemicals industry, 

flat seals, enclosures, 

compensators, electrical 

insulating parts, 

chambered bearings 

Pressure-resistant seals, 

bearings, valve seats, 

piston rings, shaft seals, 

piston rod glands 

Piston rings, 

piston guide rings, 

bearings, glands, 

valve seat rings 

Lip seals, 

shaft seals, 

sliding films, seals 

Slideways in general 

machine tools, pillar 

guides, bearings, 

hydraulic cylindrical 

guides 

Certain properties of PTFE can be optimised for the individual 

application in question through the targeted addition of fillers. 

The compound should be selected taking all physical and chemical 

properties of the filler and the compound into account. 

Processing: 


Do not smoke when cutting PTFE, it is inflammable! 

Important: When cutting precise finished products, please note 

that a sudden volume change of around 1.3 % occurs at a temperature 

of approximately 19 °C. (This is caused by a devitrification of 

the PTFE macromolecules.) 

It is only possible to stick PTFE films/boards in a "design etched 

on one side". (Please indicate if sticking may be necessary when 

ordering.) 

Dimensions: Round rods Boards Hollow bars/tubes 

PTFE 5 – 250 mm d 1 – 100 mm thick 20 – 500 mm od 

Film 0.2 – 1.5 mm 

For PTFE impregnated glass fabric, see page 13/89.



OF FLUOROPLASTICS 

Fluoroplastics 

Standard DIN PTFE PFA FEP ETFE PCTFE ECTFE 

Properties or ASIM Unit � TFA 

Density 53 479 g/m3 2.14/-2.19 2.12/-2.17 2.12/-2.17 1.71/-1.78 2.10/-2.16 1.67/-1.70 

Upper continuous service 

temperature, without load 

– °C 250/-260 250/-260 200/-205 150/-180 150/-180 150/-180 

Combustibility – – 

Non-combustible 

bar 


bar 


bar 

Selfextinguish- 

ing 


bar 

Selfextinguishing 

Water absorption 


53 495 % < 0.01 0.03 < 0.01 < 0.1 < 0.01 < 0.1 

Tearing strength at 23 °C 53 455 N/mm2 29/-39 27/-32 19/-25 36/-48 31/-42 41/-54 

at 150 °C – – 14/-20 15/-21 4/-6 8/-12 1/-2 3.5/-4.5 

Yield point at 23 °C 53 455 N/mm2 10 14 12 24 40 32 

Elongation at tear at 23 °C 53 455 % 200/-500 300 250/-350 200/-500 80/-250 200/-300 

Tensile modulus of elasticity 

at 23 °C 

53 457 N/mm2 400/-800 650 350/-700 500/-1200 1000/-2000 1200/-1800 

Limiting bending stress at 23 °C 53 452 N/mm2 18/-20 15 – 25/-30 52/-63 50 

Flexural modulus of elasticity 53 457 N/mm2 600/-800 650/-700 660/-680 1200/-1500 1200/-1500 1700 

Ball indentation hardness 132/60 53 456 N/mm2 25/-30 25/-30 23/-29 34/-40 65/-70 55/-65 

Rockwell hardness R ASIM-D-785 – – – – 45/-55 103/-118 85/-95 

Shore hardness D 53 505 – 55/-72 60/-65 55/-60 63/-75 70/-90 70/-80 

Dyn. coefficient of friction against 

steel, dry 

� – 0.05/-0.2 0.2/-0.3 0.3/-0.35 0.3/-0.5 0.3/-0.4 0.65 

Melting point ASTM 2116 °C 327 300/-310 253/-282 265/-275 185/-210 240/-247 


Thermal stability 

Heat deflection temp. 

Linear coefficient of thermal 

expansion 

53 461 °C 50/-60 – 51 71/-74 76 76 

ISO R 75 °C 130/-140 – 70 104 116/-126 115 

– 1/K · 0.10 –5 10/-16 10/-16 8/-14 8/-12 4/-8 4/-8 

Thermal conductivity at 23 °C 52 612 W [m · K] 0.23 0.22 0.20 0.23 0.19 0.15 

Specific heat at 23 °C – KJ/Kg · K 1.01 1.09 1.17 1.95 0.92 – 

Oxygen index – % > 95 > 95 > 95 30 > 95 60 

Electrical properties 

Permittivity 53 483 – 2.0/-2.1 2.06/-2.1 2.1 2.6 2.5/-2.8 2.6 

Dielectric power factor 53 483 – 0.3/-0.5 0.2 2/-8 6/-8 250/-300 30 

Volume resistivity 53 482 Ω · m 10 18 10 18 10 18 10 18 10 18 10 18 

Surface resistivity 53 482 Ω 10 17 10 17 10 16 10 14 10 15 10 15 

Tracking resistance 53 480 – KA3c – KA3c – KA3c – 

Arc resistance ASTM 495 sec > 360 – > 300 > 75 360 135 

Dielectric strength 53 481 kV/mm 40/-80 50/-80 50/-80 60/-90 50/-70 50/-80 

� Non-injectable thermoplastic 

� No standardised test 

The coefficient of friction is influenced by various factors. 

The data is only a rough guide. 




PTFE BOARDS 

Virginal boards 



Colour: white 

Item No. 

Thickness 

mm 

Other dimensions and 

designs on request. 

Length 

mm 

Width 

mm 



Weight/unit 

kg €/kg 

177580 0.25 30000 1200 0.720 53.69 

177590 0.50 30000 1200 1.440 53.69 

177620 1 30000 1200 2.880 53.69 

177560 1.50 30000 1200 4.320 53.69 

177030 2 1200 1200 6.910 53.69 

177050 3 1200 1200 10.370 53.69 

177060 4 1200 1200 13.820 53.69 

177070 5 1200 1200 17.500 53.69 

177080 6 1200 1200 21.000 53.69 

177090 8 1200 1200 28.370 53.69 

177100 10 1200 1200 34.560 53.69 

177110 12 1200 1200 42.600 53.69 

177120 15 1200 1200 51.830 53.69 

425500 20 1200 1200 70.000 53.69 

177140 25 1200 1200 87.000 53.69 

177150 30 1200 1200 104.000 53.69 

177160 35 1200 1200 120.960 53.69 

177170 40 1200 1200 138.000 53.69 

177180 45 1200 1200 158.000 53.69 

177190 50 1200 1200 172.000 53.69 

486880 60 1200 1200 216.400 53.69 

10000612 70 1200 1200 255.000 53.69


PTFE ROUND RODS 

Virginal round rods 

Item No. 

Length 

mm 





Colour: white 

Diameter 

mm 

Weight/m 

kg €/kg 

177230 1000 5 0.050 53.69 

913010 2000 5 0.050 53.69 

177240 1000 6 0.070 53.69 

913020 2000 6 0.070 53.69 

177250 1000 8 0.120 53.69 

913030 2000 8 0.120 53.69 

177260 1000 10 0.190 53.69 

913040 2000 10 0.190 53.69 

177270 1000 12 0.260 53.69 

913050 2000 12 0.260 53.69 

177280 1000 15 0.410 53.69 

913060 2000 15 0.410 53.69 

177290 1000 16 0.460 53.69 

913070 2000 16 0.460 53.69 

177300 1000 18 0.580 53.69 

913080 2000 18 0.580 53.69 

177310 1000 20 0.710 53.69 

913090 2000 20 0.710 53.69 

177320 1000 22 0.890 53.69 

913100 2000 22 0.890 53.69 

177330 1000 25 1.180 53.69 

913110 2000 25 1.180 53.69 

177340 1000 30 1.670 53.69 

913120 2000 30 1.670 53.69 

177350 1000 35 2.250 53.69 

913130 2000 35 2.250 53.69 

177360 1000 40 2.770 53.69 

177370 1000 45 3.720 53.69 

177380 1000 50 4.440 53.69 

177390 1000 55 5.400 53.69 

177400 1000 60 6.640 53.69 

177410 1000 65 7.830 53.69 

177420 1000 70 8.760 53.69 

177430 1000 80 11.100 53.69 

177440 1000 90 14.400 53.69 

177450 1000 100 18.300 53.69 

4062860 1000 120 27.000 53.69 

10032746 1000 130 30.000 53.69 


PTFE IMPREGNATED GLASS FABRIC 

Fibreglass 

Item No. 

Minimum 

order 

€ 40.– 

Thickness 

mm 

Length 

mm 



PTFE impregnated glass fabric - high-performance material with outstanding properties 

Description of grade and properties: 

- Thermal resistance up to +260 °C 

- Cold resistance down to -200 °C 

- Anti-adhesive 

- Minimal coefficient of friction 

- Physiologically safe 

- High mechanical strength 

- Dimensionally stable 

- Weather-resistant 

- Resistant to chemicals 

- Low permittivity 

- Good arc resistance 

- High dielectric strength 

Width 

mm Design €/m 

541500 0.08 30 1000 Extra smooth 16.73 

541510 0.15 30 1000 Extra smooth 31.62 

569740 0.25 30 1000 Extra smooth 39.46 

177720 0.08 30 1000 Ex.smooth sk 31.74 

177740 0.13 30 1000 Ex.smooth sk 41.21 

490340 0.15 30 1000 Ex.smooth sk 47.04 

177760 0.25 30 1000 Ex.smooth sk 57.75 

177710 0.08 30 1000 Standard smooth 14.91 




177750 0.25 30 1000 Standard smooth 33.98


CONDUCTIVE PLASTICS 

Transparent/clear anti-static plastics 

These plastic boards feature a discharging surface coating on both 

sides. 

The surface resistivity is 10 6 – 10 7 ohms, placing it in the 

dissipative discharge anti-static range. 

Plastic boards are available in the following base materials: 

• uPVC 

• pPVC film 

• PMMA/acrylic 

• PC/polycarbonate 

Of course, the permanently discharging coating does not affect 

the outstanding transparency of these materials or the specific 

properties of the individual grades. 

Grades: 

uPVC 



Surface resistivity: 10 6 – 10 7 Ohm (ASTM D 257 DIN 53482) 

Colour: Clear; alternatively, smoky brown 

Dimensions: 1000 x 2000 mm, thickness 1 – 10 mm 

pPVC 




Colour: Clear 

Dimensions: 0.1 mm x 50 lineal metre/1830 mm wide 

0.3 mm x 30 lineal metre/1300 mm wide 

0.5 mm x 30 lineal metre/1200 mm wide 

PMMA/acrylic 






(other dimensions on request) 

PC/polycarbonate 







Comment: 

Boards with an additional "hard plus" type of coating are 

recommended for use in applications where there is frequent 

contact with chemicals (especially solvents) and a high intensity 

of utilisation. 

Application: 

Typical applications are primarily ESD-protected machine covers 

of all types, glazing, etc. 

Processing: 

Machining, shaping and sticking possible, see machining 

information 

Shop 



HD PE EC (ELECTRICALLY CONDUCTIVE 

POLYETHYLENE) COLOUR BLACK 

Properties 

Friction can cause solid bodies or liquids to become electrostatically 

charged. The sparks produced during discharge could then ignite 

explosive substances (whether solid, liquid or gas) or affect other 

components. Conductive plastics provide a way of preventing 

electrostatic charging taking place. 

The surface resistivity is



SEMITRON ® ESD GROUP – 

ANTI-STATIC PLASTICS 

Properties 

These are high-performance plastics developed for applications 

where electric discharge during operation is a problem. They 

enable static charges to be dissipated in a controlled manner. 

(ESD = electronic static dissipation) 

Main properties of Semitron ® ESD plastics 

• Permanent ability to dissipate static charges 

• Dissipation of static charges (5 kv) in under 2 seconds 

(see table below) 

• No metal or graphite/carbon powder is used 

Grades: 

Semitron ® ESD 225 – Anti-static POM 


1.33 g/cm3 Service temperature: 

+90 °C/140 °C (20.000 hours/temporary) 


occur 

Based on polyacetal, which is outstandingly well suited to 

applications involving conveyor technology. This material can be 

used to prevent the problems that arise when people touch parts 

which then discharge. 

Semitron ® ESD 225 is also an excellent material for holders used 

to transport wafers or in the production of sensitive electronic 

components including hard disks and printed circuit boards. 

Semitron ® ESD 410 C – Anti-static PEI 


1.41 g/cm 3 




occur 

With its excellent mechanical behaviour up to 210 °C, Semitron 

ESD 410 provides anti-static solutions in the high temperature 

range. 

Furthermore, this material offers excellent dimensional stability 

(a low linear coefficient of thermal expansion and low water 

absorption), a property that is much prized for conveying devices 

in the electrical/electronic semi-conductor industry. 

Semitron ® ESD 500 HR – Anti-static PTFE 


2.3 g/cm 3 




occur 

Electrical and thermal properties of SEMITRON ® ESD materials 

This material is reinforced with a special type of synthetic mica 

and offers an excellent combination of a low coefficient of friction 

and good dimensional stability and static discharge ability. 

Wherever non-filled PTFE leads to problems associated with 

electrical discharge, Semitron ESD 500 ensures that static charges 

can be dissipated in a controlled manner, whilst retaining typical 

PTFE properties, such as outstanding chemical and temperature 

resistance and a low coefficient of friction. 

Semitron ® ESD 520 HR – Anti-static PAI 

Semitron ® ESD 520 HR offers an extraordinary combination of 

static discharge ability (ESD) with high mechanical strength and 

temperature resistance. This ESD material is particularly well 

suited for producing pick-up attachments and mounts for chip 

test devices and other conveying devices in the semi-conductor 

industry. The main feature of this material is its unique dielectric 

strength at high voltages (> 100 V). Whilst conventional plastics 

filled with carbon fibre, for example, become irreversibly more 

conductive as soon as moderate voltages are applied, Semitron ® 

ESD 520 HR retains its electrical properties in the voltage range of 

100 to 1000 V and at the same time can shine in even demanding 

applications, thanks to its excellent mechanical properties. 

Comment: 

Semitron ® ESD materials are inherently anti-static and do not 

require any atmospheric phenomena (e.g. humidity) in order to 

activate them. Nor is any surface treatment needed to ensure that 

discharge takes place. 

The materials in the Semitron ® ESD group do not contain any 

carbon or graphite powder, so they do not leave any black marks. 

Grades/Range: 

Semitron ® ESD 225 colour beige 

Round 6.35 – 152.40 mm diameter 

Board 8 – 50 mm thickness 

Semitron ® ESD 410 C colour black 

Board 9.53 – 44.45 mm thickness 

Semitron ® ESD 500 HR colour black 

Board 6.35 – 50.80 mm thickness 

Application: 

Wherever permanent static discharge ability is required 

Processing: 


Advanced Electrical properties Upper 

Engineering Specific Specific Discharge period service temperature 

Plastic Products Volume resistivity Surface resistivity (5 kV) limit in air (°C) 

according to IEC 60093 according to IEC 60093 according to Mil-B-81705 C temporary/continuous 

SEMITRON ® ESD 225 10 10 – 10 12 Ω · cm 10 10 – 10 12 Ω < 2 seconds 140/90 

SEMITRON ® ESD 410 10 4 – 10 6 Ω · cm 10 4 – 10 6 Ω < 2 seconds 200/170 

SEMITRON ® ESD 500 HR 10 10 – 10 12 Ω · cm 10 10 – 10 12 Ω < 2 seconds 280/260 

Shop 




Guide values forFLUOROSINT ® /SEMITRON ® 



Properties Test methods Un- FLUOROSINT ® FLUOROSINT ® SEMITRON ® SEMITRON ® SEMITRON ® 

ISO/(IEC) its 500 207 ESD 225 ESD 410 C ESD 520 HR 

Colour – – Ivory white Beige black Khaki 


2.32 2.30 1.33 1.41 1.58 

– after 24/96 h storage in water at 23 °C (1) 62 mg 14/– 4/– 392/705 – 56/– 

62 % 0.10/– 0.03/– 5/9 – 0.60/– 



– % – – 0.8 0.75 – 



– % 3.0 2.0 10 1.35 – 

Melting point – °C 327 327 165 NA NA 

Glass transition temperature – °C – – – 215 280 



– W/(K · m) 0.77 – – 0.35 0.36 

– average value between 23 and 100 °C – m(m · K) 45 · 10 –6 100 · 10 –6 150 · 10 –6 35 · 10 –6 25 · 10 –6 

– average value between 23 and 150 °C – m(m · K) 45 · 10 –6 100 · 10 –6 – 35 · 10 –6 25 · 10 –6 

– average value above 150 °C – m(m · K) 60 · 10 –6 140 · 10 –6 – 35 · 10 –6 25 · 10 –6 




75 °C 130 100 – 210 280 

– temporary (2) – °C 280 280 140 200 270 



– °C 260 260 90 170 250 

– "oxygen index" 4589 % ≥ 95 ≥ 95 < 20 47 48 




– – V-0/V-0 V-0/V-0 HB V-0/V-0 V-0 

– breaking stress (6) 527 MPa 6 10 38 62 83 

– elongation at break (6) 527 % 10 50 15 2 3 



527 MPa 2.200 1.800 1.500 6.400 5.500 

– compressive stress at 1% 


604 MPa – – 11 – – 

– compressive stress at 2% 


604 MPa – – 20 – – 

Charpy impact strength (8) 179/1eU kJ/m2 NB NB NB – – 

Charpy notch toughness 179/1eA kJ/m2 4 6 8 4 4 

Ball indentation hardness (10) 2039/-1 N/mm2 230 – 70 – – 



2039/-2 – R 55 R 50 R 106 M 115 M 108 

Dielectric strength (11) (60243) kV/mm 11 8 – – – 

Volume resistivity (60093) Ω · cm > 1012 > 1012 10 10 – 1012 104 – 106 10 10 – 1012 Surface resistivity (60093) Ω > 1012 > 1012 10 10 – 1012 104 – 106 10 10 – 1012 Dielectric constant εr: – at 100 Hz (60250) – – – – – – 

– at 1 MHz (60250) – 2.85 2.65 – – – 

Dielectric power factor tan δ: – at 100 Hz (60250) – – – – – – 

– at 1 MHz (60250) – 0.008 0.008 – – – 

Note: 1 g/cm3 = 1000 kg/m3 ; 1 MPa = 1 N/mm2 ; 1 kV/mm = 1 MV/m NA = not applicable NB = no breakage 


Key 




stress for applications where no or only 

low mechanical stresses occur. 


20.000 hours. After this time interval, 

the tensile strength has dropped to 

around 50 % of the initial value. The upper 

service temperature limit listed here is 

therefore based on the thermal oxidative 

degradation that occurs, which causes 

the property level to decrease. However, 

in many cases the maximum permissible 

service temperature primarily depends on 

the duration and degree of the mechanical 

stresses that arise during the application 

of heat. 


may conclusions regarding the behaviour 

of the materials in an actual fire be drawn 

from these estimated values taken largely 

from the material sheets provided by 

the raw-material suppliers. There is no 

"yellow UL card" for these semi-finished 

products. 







It is important to know that the dielectric 

strength of KETRON PEEK 1000 black 

can be up to 50 % lower than that of the 

natural-coloured material. 

� This table is intended to serve as a helpful 

tool when selecting materials. The data 

listed here is within the normal range of 

properties for dry materials. However, it 

does not represent warranted property 

values and should not be used for 

specification purposes or as the sole basis 

for designs.


BOARDS FOR THE ADVERTISING INDUSTRY 

uPVC and PETG boards 

An ability to be used universally, simple processing and optimum 

printing properties are the features of this range of boards for the 

advertising sector. 

Main properties: 

• Lightweight 

• Solid 

• Foamed 

• Weather-resistant 

• Low flammability 

• Coloured 

• Transparent 

• Matt 

• Shiny 

• Embossed 

• Flexible 

• Stable 

Grades: 

uPVC sandwich board – Coplast AS 

"Boards for outdoor use" 

Two solid outer layers with a high-quality surface surround the 

foamed core of the Coplast AS boards. The outer layers have been 

specially stabilised for outdoor use and repel dirt thanks to their 

anti-static properties. The lightweight core significantly reduces the 

mass per unit area. 

uPVC foam board – Simopor Color 

"Boards with colour" 

These boards are available in six attractive standard colours: 

red, black, green, yellow, blue and grey. 

uPVC foam board – Simopor 

"Boards for photo printing" 

The particularly fine-pored foam structure provides a silky smooth 

surface that is outstandingly well suited to laminating photos or 

printing. The high degree of rigidity, which is achieved despite 

a low weight, facilitates good dimensional stability and good 

flatness when printing. 

uPVC – Solid PVC D board 

"Boards for screen printing" 

A high degree of rigidity and good impact strength characterise 

this board, which is suitable for universal use. The smooth surface 

allows for particularly precise screen printing. 

Special grade PVC DS is a version with increased impact strength, 

special weather protection and low flammability according to 

DIN 4102 B 1. 

uPVC – Glass 

"Boards with a clear view" 

These boards combine the benefits of uPVC with maximum 

transparency (up to 89 %, depending on the thickness). 

PETG – Clear polyester board 

"Boards with transparency and printing qualities" 

These boards offer a high degree of transparency and outstanding 

printing properties. PETG is impact-resistant and easy to deep 

draw. The material is physiologically safe and, as a result, 

particularly well suited to applications in the field of medical 

engineering and the food industry too. 

Special grade PETG UV is stabilised against environmental 

influences. 

Machining: 

Very good machining properties 


LF (LAMINATED FABRIC) 

PF CC 

Properties 


1.3 to 1.4 g/cm 3 


+120 °C 

Phenolic cotton laminated fabric for toothed wheels and structural 

parts, with good electrical and thermal properties, low moisture 

absorption and good dimensional stability 

Grades: 

LF 2082/PF CC 201 (DIN EN 60893) colour brown 

Laminated fabric boards made from dense fine cotton fabric with 

a weight of around 200 g/m2 – standard grade for all applications, 

such as: 

• Toothed wheels, bearing shells, structural parts, jigs and fixtures 

• Material with good mechanical properties 

Standard bearing grade 


Laminated fabric boards made from dense finest cotton fabric 

with a weight of around 130 g/m 2 – high-quality grade for toothed 

wheels with extremely fine teeth 

Available on request 


Solid bars wound and repressed in a mould 

Supplied in production lengths of around 1000 mm 

Diameter = rough dimension, 2 – 4 mm must be added for 

machining, depending on diameter. Up to 70 mm outer diameter 

ground on request (at an extra charge) 

Larger diameters turned 





Other grades (on request): 

Epoxy glass laminated fabric boards 

Grade 2372.1/EP GC 202 (light/greenish) or 

Grade 2372.4/EP GC 203 

A material with very good mechanical, electrical and dielectric 

properties. Non-combustible material. Service temperature up to 

+130 °C 

Comment: 

Use boards in the production of toothed wheels! 

Application: 

Machine tools, precision engineering, such as toothed wheels with 

a large or small modulus, construction of jigs and fixtures, master 

plates, etc. 

Processing: 

LF types offer good cutting properties 

Epoxy glass laminated fabric (see machining information) 

Dimensions: 


Boards: 0.5 – 100 mm thickness (according to grade) 

Tubes: On request 

Dim. Boards approx. 1070 x 1070 mm 

Please observe the detailed list of dimensions.


LF (LAMINATED FABRIC) 

PF CC 

Manufacturing method for PF CC (laminated fabric) 

Panels made from technical laminates based on hardening resins 

consisting of layers of paper laid over one another, which are 

fully impregnated with a hardening resin and joined under the 

application of pressure and heat so that they become a single unit. 

Name 

Short name for resin, reinforcement, serial number, 

e.g. PF CC 201, PF CC 202, PF CC 203, PF CC 204, 

(LF 2082), (LF 2082.5), (LF 2083), (LF 2083.5) 

General requirements 

The laminates must be free of bubbles, folds and tears, as 

well as sufficiently free of defects such as scratches, dents and 

discolouration. A certain proportion of marks is permitted. The test 

methods specified in IEC 893-2 and the requirements in IEC 893-3 

Table 3 apply in terms of flatness. 

Thickness 

The limit dimensions for thickness tolerance comply with the data 

provided in IEC 893-3 Table 2. 

Nominal Tolerance +/– Nominal Tolerance +/– 

thickness 201/202 203/204 thickness 201/202 203/204 

0.4 – – 8.0 0.55 0.49 

0.5 – 0.13 10.0 0.63 0.56 

0.6 – 0.14 12.0 0.70 0.64 

0.8 0.19 0.15 14.0 0.78 0.70 

1.0 0.20 0.16 16.0 0.85 0.76 

1.2 0.22 0.17 20.0 0.95 0.87 

1.6 0.24 0.19 25.0 1.10 1.02 

2.0 0.26 0.21 30.0 1.22 1.12 

2.5 0.29 0.24 35.0 1.34 1.24 

3.0 0.31 0.26 40.0 1.45 1.35 

4.0 0.36 0.32 45.0 1.55 1.45 

5.0 0.42 0.36 50.0 1.65 1.55 

6.0 0.46 0.40 

Types of laminate defined in this data sheet 

Resin Reinforcement Serial no. Application 

PF CC 201 Mechanical applications(coarse 

fabric**), but with low electrical 

properties 

PF CC 202 Mechanical and electrical applications 

(coarse fabric**), but 

with low electrical properties 

PF CC 203 Mechanical applications (fine 

fabric**), but with low electrical 

properties 

PF CC 204 Mechanical and electrical applications 

(fine fabric**), but with 

low electrical properties 

Recommended for small parts 

(as with type PF CC 203) 

PF = phenol formaldehyde resin 

CC = cotton fabric 

** Types of fabric for CC reinforcements: 

Mass per unit area Thread count 

in g/m 2 in cm –1 

Coarse fabric > 130 < 30 

Fine fabric < 130 > 30 

The descriptions contained in the table should not lead to the 

conclusion that panels of any particular type are unsuitable for 

applications other than those listed here for the specific type 

in question or that the particular panels are suitable for all the 

applications mentioned in these broadly defined descriptions. 


TECHNICAL PROPERTIES 

Laminated fabric PF CC type DIN 7735 



Properties LF 2082 LF 2082.5 LF 2083 LF 2083.5 

PF CC 201 PF CC 202 PF CC 203 PF CC 204 

Testing Un its Value Typical Value Typical Value Typical Value Typical 

methods 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

Colour Brown Brown Brown Brown 

Bulk density DIN 53479 g/cm3 1.3/-1.4 1.36 1.3/-1.4 1.36 1.3/-1.4 1.36 1.3/-1.4 1.36 

Water absorption 5 mm thickness 

Composition 

DIN 53495 mg 130 110 130 110 130 110 130 110 

Resin Phenolic resin Phenolic resin Phenolic resin Phenolic resin 

Substrate Cotton 

Cotton 

Finest cotton Finest cotton 


fabric 

fabric 

fabric 

fabric 

Bending strength DIN 53452 N/mm2 130 150 115 145 150 180 130 170 

Impact strength DIN 53453 kj/m2 30 40 20 30 35 45 30 40 

Notch toughness DIN 53453 kj/m2 15 20 15 20 15 20 15 20 

Tensile strength DIN 53455 N/mm2 80 120 60 100 100 150 80 130 

Compressive strength DIN 53454 N/mm2 170 200 150 190 170 200 150 190 

Delamination force DIN 53463 N 2500 4000 2500 3800 2500 4000 2500 4000 

Modulus of elasticity DIN 53452 N/mm2 7 x 103 8000 7 x 103 8000 7 x 103 8200 7 x 103 Electrical properties 

8200 

Resistance between plugs DIN 53482 Ω – – 107 5 x 107 – – 107 5 x 107 High-voltage strength II/1 DIN 53481 KV 8/5 17/12 20/5 25/12 8/5 17/12 25/5 30/15 

Permittivity DIN 53483 – 5 5 5 5 5 5 5 5 

Creep strength CTI DIN/IEC 112 – 100 160 100 160 100 160 100 160 

Electrical corrosion 


DIN 53489 – 

Limit temperature 

VDE 0304, 

Part 21 

°C 110 110 110 110 110 110 110 110 

Thermal conductivity DIN 52672 W/(K · m) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 

Coefficient of linear expansion VDE 0304 10 –6 /K 20/-40 30 20/-40 30 20/-40 30 20/-40 30 

Thermal class VDE 0534 – E E E E E E E E 

Incandescence resistance DIN 53459 – 2b 2b 2b 2b 2b 2b 2b 2b


LF PANELS 

Type 2082 (PF CC 201) - Boards 

Item No. 

Thickness 

mm 



federal VAT. 

Length 

mm 

Density: 1.3 - 1.4 g/cm 3 


Colour: Brown 

Width 

mm 

Weight/unit 

kg €/kg 

413890 0.50 1020 1020 0.750 13.85 

197370 1 1020 1020 1.510 12.70 

197360 1.5 1020 1020 2.270 11.75 

197380 2 1020 1020 3.020 10.85 

197390 3 1020 1020 4.170 8.91 

197400 4 1020 1020 6.040 8.91 

197410 5 1020 1020 7.550 8.91 

197420 6 1020 1020 8.800 8.91 

197430 8 1020 1020 11.440 8.91 

197440 10 1020 1020 14.800 8.91 

197450 12 1020 1020 18.120 8.91 

197460 15 1020 1020 21.300 8.91 

197470 16 1020 1020 24.160 8.91 

197480 20 1020 1020 29.000 8.91 

197490 25 1020 1020 36.200 8.91 

197500 30 1020 1020 45.500 8.91 

197510 35 1020 1020 52.000 8.91 

197520 40 1020 1020 60.400 8.91 

872930 45 1020 1020 67.950 8.91 

197530 50 1020 1020 73.000 8.91 

197540 60 1020 1020 88.000 8.91 

427720 70 1020 1020 105.700 8.91 

413910 80 1020 1020 120.800 8.91 


LF ROUND RODS 

Type 2088 (PF CC 42) - Round rods 

Laminated fabric made from dense fine cotton fabric with a weight 

of around 200 g/square metre. 

Standard grade for all applications, such as toothed wheels, 

bearing shells, structural parts, jigs and fixtures, etc. 

Colour: brown 

Item No. 

Length 

mm 




Diameter 

mm €/m 

197550 1000 10 9.78 

4015370 1000 12 10.31 

197570 1000 15 11.28 

197580 1000 20 13.64 

197590 1000 25 19.11 

197600 1000 30 22.66 

197610 1000 35 31.89 

470020 1000 40 39.84 

197630 1000 45 46.49 

197640 1000 50 55.08 

197650 1000 60 84.28 

197660 1000 70 102.11 

197670 1000 80 130.35 

197680 1000 90 169.97 

569400 1000 100 208.09


LP (LAMINATED PAPER) 

PF CP 

Properties 

Material density: 1.3 to 1.4 g/cm 3 


LP is a phenolic cellulosic paper of type PF CP according to 

DIN EN 60893 with good mechanical properties for normal 

electrical stress. Construction material for control panels and 

covers for base plates and mounting plates for electrical devices, 

etc. 

Grades: 

LP 2061/PF CP 201 (DIN EN 60893) colour brown 

Laminated paper boards bound with phenolic resin – standard 

grade for all applications, such as: 

Structural element in machine tools – textile industry, etc. Electrical 

values are sufficient for use as a low-voltage insulating material 

Standard bearing grade 

Manufacturing method for PF CP (laminated paper) 





Name: 


e.g. PF CP 201, PF CP 202, PF CP 205, PF CP 308 (LP 2061), 

(LP 2061.5), (LP 2062.9) 

General requirements: 






Thickness: 



Nom. thickness Tolerance +/– Nom. thickness Tolerance +/– 

0.4 0.07 8.0 0.47 

0.5 0.08 10.0 0.55 

0.6 0.09 12.0 0.62 

0.8 0.10 14.0 0.69 

1.0 0.12 16.0 0.75 

1.2 0.14 20.0 0.86 

1.6 0.16 25.0 1.00 

2.0 0.19 30.0 1.15 

2.5 0.22 35.0 1.25 

3.0 0.25 40.0 1.35 

4.0 0.30 45.0 1.45 

5.0 0.34 50.0 1.55 

6.0 0.37 

LP 2061.5/PF CP 202 (DIN EN 60893) colour brown 

Laminated paper boards bound with phenolic resin – special grade 

for applications in high-voltage engineering 

Available on request 

Other grades (on request): 

LP 2063 PF CP 204 – for high-frequency engineering 

Comment: 

Laminated paper round tubes LP 2065/PF CP 21 available on 

request 

Application: 

Machine tools, precision engineering, construction of jigs and 

fixtures, master plates, etc. 

Processing: 

Good cutting properties (dust formation) 


Dimensions: 

Boards: 0.5 – 30 mm diameter (according to grade) 

Tubes: On request 

Dim. Boards approx. 2.150 x 1.020 mm 

Please observe the detailed list of dimensions. 



PF CP 201 Mechanical applications. Better 

mechanical properties than other 

PF CP types. 

Low electrical properties at 

normal humidity. Also available 

in hot-cut designs. 

PF CP 202 Applications in the high-voltage 

range at mains frequencies. 

High dielectric strength in oil. 

Good dielectric strength in air at 

normal humidity. 

PF CP 205 Electrical and electronic applications. 

Electrical properties demonstrate 

good resistance at high 

humidity. Available in cold and 

hot-cut designs. With defined 

burning behaviour. 


CP = cellulosic paper 

The descriptions contained in the table should not lead to the 

conclusion that panels of any particular type are unsuitable for 

applications other than those listed here for the specific type 

in question or that the particular panels are suitable for all the 

applications mentioned in these broadly defined descriptions. 



PF CP (laminated paper) type DIN 7735 



Properties LP 2061 LP 2061.5 LP 2061.6 LP 2062.9 LP 2063 LP 2361.1 

PF CP 201 PF CP 202 PF CP 203 PF CP 205 PF CP 204 PF CP 201 

FR 2 FR 3 

Testing Units Value Typical Value Typical Value Typical Value Typical Value Typical Value Typical 

methods acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

Colour Dark brown Brown Dark brown Light brown Light brown Yellowish brown 

Bulk density DIN 53479 g/cm3 1.3/-1.4 1.38 1.3/-1.4 1.39 1.3/-1.4 1.38 1.3/-1.4 1.39 1.3/-1.4 1.38 1.3/-1.4 1.39 


5 mm thickness 

DIN 53495 mg 660 280 350 165 225 110 125 36 70 40 70 30 

Punching characteristic 

up to 2 mm thickness 

DIN 53488 – – 

130 °C/ 

2.0 

– 

120 °C/ 

2.5 

– – – 

25 °C/ 

2.0 

– 

25 °C/ 

2.0 

– 

25 °C/ 

2.0 

Combustibility 

Composition 

UL 94 Rating – – – – – – – V0 – – – V0 

Resin 


Phenolic resin Phenolic resin Phenolic resin Phenolic resin Phenolic resin Epoxy resin 

Bending strength DIN 53452 N/mm2 150 220 130 180 130 220 60 110 80 120 120 140 

Impact strength DIN 53453 kj/m2 20 25 20 24 15 23 – – 7 12 3 10 

Notch toughness DIN 53453 kj/m2 15 22 15 21 10 19 – – 2.5 4 2 7 

Tensile strength DIN 53455 N/mm2 120 170 100 150 100 160 – – 70 90 70 110 

Compressive strength DIN 53454 N/mm2 150 190 150 190 100 160 90 80 – 150 120 130 

Delamination force DIN 53463 N 2000 2650 2000 2800 2000 2700 – – – 2600 2000 2600 

Modulus of elasticity DIN 53452 N/mm2 7 x 103 10800 7 x 103 11200 7 x 103 11200 5 x 103 6000 7 x 103 9000 6 x 103 Electrical properties 

7000 

Resistance between 

plugs 

DIN 53482 Ω – – – – 5 x 107 109 10 10 5 x 10 10 10 10 5 x 10 10 10 10 5 x 10 10 

High-voltage strength 

II/1 

DIN 53481 KV 15/15 28/21 40/40 60/60 25/30 45/45 20/25 30/35 20/25 30/40 20/20 30/30 


at 1 MHz 

DIN 53483 – – – 0.05 0.04 0.08 0.05 0.06 0.05 0.05 0.04 0.05 0.04 

Permittivity DIN 53483 – 5 5 5 5 5 5 5 5 5 5 5 5 

Creep strength CTI DIN/IEC 112 – 100 210 100 220 100 210 100 200 100 220 100 210 



DIN 53489 – – – – – – – – – AN 1.4 AN 1.4 AN 1.4 AN 1.4 


VDE 0304, 

°C 

Part 21 

120 120 120 120 120 120 90 100 120 120 90 100 

Thermal conductivity DIN 52672 W/(K · m) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 

Coefficient of linear 

expansion 

VDE 0304 10 –6 /K 20/-40 22 20/-40 23 20/-40 22 20/-40 20 20/-40 23 20/-40 20 

Thermal class VDE 0534 – E E E E E E A A E E A A 

Incandescence 

resistance 

DIN 53459 – 2b 2a 2b 2a 2a 2a 2a 2a 2b 2a 2a 2a 



Shop


LP BOARDS 

Type 2061 (PF CP 201) 

Item No. 

Workshop and 

machining 

service 

Thickness 

mm 

Length 

mm 

Density: 1.3 - 1.4 g/cm 3 


Colour: Brown 

Width 

mm 

Weight/unit 

kg €/kg 

650690 0.50 2050 1050 1.550 8.69 

197080 1 2050 1050 3.020 5.70 

197090 1.5 2050 1050 4.750 5.45 

197110 2 2050 1050 6.250 5.25 

197120 3 2040 1100 9.690 4.50 

197130 4 2040 1100 12.930 4.50 

197140 5 2040 1100 16.160 4.50 

197150 6 2040 1100 19.390 4.50 

197160 8 2040 1100 25.850 4.50 

197170 10 2040 1100 32.310 4.50 

197180 12 2040 1100 38.780 4.50 

197190 15 2040 1100 48.470 4.50 

197200 18 2040 1100 58.160 4.50 

197210 20 2050 1050 62.250 4.50 

619830 25 2050 1050 78.000 4.50 

569390 30 2050 1050 93.000 4.50 



EP GC (epoxy resin) 





Name 


e.g. EP CG 201, EP CG 202, EP CG 203, EP CG 204, 

(LF 2372), (LF 2372.1), (LF 2372.4) 

General requirements 






Thickness 





Properties LF 2372 LF 2372.1 LF 2372.2 LF 2372.4 LF 2572 

EP GC 201 EP GC 202 EP GC 204 EP GC 203 SI GC 202 

G 10 FR 4 FR 5 G11 180 °C 250 °C G 7 

Testing Units Value Typical Value Typical Value Typical Value Typical Value Typical Value Typical 

methods acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 



PF GC 201 Mechanical, electrical and 

electronic applications. Particularly 

high mechanical strength at 

moderate temperatures. Electrical 

properties demonstrate very 

good resistance at high humidity. 

PF GC 202 Similar to type 201. 

With defined burning behaviour. 


High mechanical strength at 

increased temperatures. 


With defined burning behaviour. 


CP = cellulosic paper 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

acc. to 

DIN 7735 

measured 

value 

Colour Green Light green Green Green Brown Orange white 

Bulk density DIN 53479 g/cm3 1.7/-1.9 1.83 1.7/-1.9 1.9 1.7/-1.9 1.85 1.7/-1.9 1.85 1.86 1.85 1.6/-1.7 1.7 


5 mm thickness 

DIN 53495 mg 30 10 30 10 30 10 30 15 14 12 50 13 

Combustibility 

Composition 

UL 94 Rating – – V0 V0 V0 – V0 – – – – – V0 

Resin Epoxy resin Epoxy resin Epoxy resin Epoxy resin Epoxy resin Silicone resin 

Substrate 


Fibreglass Fibreglass Fibreglass Fibreglass Fibreglass Fibreglass 

Bending strength DIN 53452 N/mm2 350 500 350 500 350 520 350 530 630 630 125 240 

Bending strength at 

increased temperatures DIN 53452 N/mm2 – – – – 175 380 175 295 458 348 – – 

Impact strength DIN 53453 kj/m2 100 150 100 150 100 140 100 145 219 219 40 95 

Notch toughness DIN 53453 kj/m2 50 80 50 78 50 68 50 60 65 68 25 60 

Tensile strength DIN 53455 N/mm2 220 320 220 350 150 310 150 320 330 340 50 120 

Compressive strength DIN 53454 N/mm2 200 350 200 330 150 310 150 320 330 340 50 120 

Delamination force DIN 53463 N 3000 4300 3000 4400 3000 4200 3000 4200 3100 4200 13 x 103 19000 

Modulus of elasticity DIN 53452 N/mm2 18 x 103 21500 18 x 103 21500 18 x 103 21000 18 x 103 28000 31000 32000 13 x 103 Electrical properties 

19000 

Resistance between 

plugs 

DIN 53482 Ω 5 x 10 10 1012 5 x 10 10 5 x 1012 5 x 10 10 5 x 1011 5 x 10 10 1012 1012 1012 108 1011 High-voltage strength 

II/1 

DIN 53481 KV 40/40 80/65 40/40 75/60 40/40 80/65 40/40 80/70 90/70 95/80 25/20 35/30 


at 1 MHz 

DIN 53483 – 0.05 0.03 0.05 0.02 0.05 0.04 0.05 0.03 0.03 0.03 0.05 0.03 

Permittivity DIN 53483 – 5 4.6 5 4.6 5 5 5 5 4 4 5 5 

Creep strength CTI DIN/IEC 112 – 200 320 200 220 180 210 200 210 250 450 440 600 



DIN 53489 – AN 1.4 AN 1.2 AN 1.4 AN 1.2 AN 1.4 AN 1.4 AN 1.4 AN 1.2 AN 1.2 AN 1.2 AN 1.4 AN 1.2 


VDE 0304, 

°C 

Part 21 

130 130 130 130 155 180 155 155 180 250 180 180 

Thermal conductivity DIN 52672 W/(K · m) 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.25 0.25 0.25 0.3 0.3 

Coefficient of linear 

expansion 

VDE 0304 10 –6 /K 10/-20 16 10/-20 16 10/-20 16 10/-20 15 15 14 10/-20 12 

Thermal class VDE 0534 – B B B B F H F F H C H H 

Incandescence 

resistance 

DIN 53459 – 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2a 2


PUR (POLYURETHANE) 

Properties 

Material density 

1.26 g/cm³ 

Service temperature 

Standard material –30° to +80 °C 

Special grades 

Optional, –40° to +120 °C 

Within a shore hardness range of approximately 50° to 98° Shore A 

(60 Shore D), cast PUR elastomers are characterised by particularly 

favourable combinations of physical and chemical properties. 

Comment: 

PUR elastomers are only suitable for direct contact with foodstuffs 

to a limited extent. All PUR elastomers demonstrate good 

resistance to mineral oils, greases, petrol and various solvents. 

Grades 

PUR elastomer compact systems, hardness approx. 50° – 98° 

Shore A (60 Shore D) 

Vulkollan (registered trademark of Bayer AG) 

Using D15 (Desmodur 15), Vulkollan is characterised by 

outstanding properties such as dynamic resilience, high impact 

resilience with a low compression set and excellent mechanical 

wear resistance. Used in, amongst other things, spring elements, 

wheels and rollers, couplings, cutter bars and scrapers. 

PUR elastomer grade Diepothan (registered trademark of P+S 

Polyurethan-Elastomere) 

A wide range of grades for cast parts, in particular retains its 

hardness very well across the whole spectrum (50° to 98° Shore 

A). Suitable for applications in general machine tools, coatings 

for roll bearings and deep groove ball bearings, damping 

elements, doctor blade profiles, seals and membranes. Particularly 

noteworthy are the high elasticity and good resistance to mineral 

oils, greases and petrol. 

PUR elastomer grade D44 (Desmodur D44) 

A PUR elastomer with a somewhat lower temperature resistance, 

as well as other specific physical properties like Bayer grade D15. 

A material used primarily for boards, blanks, bases, scraper bars, 

scrapers and linings – with low dynamic loads. 

PUR elastomer cellular systems 

Vulkocell (registered trademark of P+S Polyurethan-Elastomere) 

For applications with high dynamic loads. Applications where a 

higher degree of deformability and a lower compression hardness 

are required than with solid elastomers. Vulkocell is produced in a 

bulk density range of around 300 to 700 kg/m³. Field of use: spring 

and damping elements in vehicle construction, seals and frictional 

dampers, as well as pressure pads. 

Diepocell (registered trademark of P+S Polyurethan-Elastomere) 

Has similar properties to Vulkocell and is outstandingly well suited 

to applications where lower dynamic properties are required, 

although combined with good damping behaviour. Diepocell is 

produced in a bulk density range of 300 to 

650 kg/m³. Like Vulkocell, this material is characterised by its 

deformability of up to 90 %, along with a minimal transverse 

extension. Diepocell is the ideal material for buffer systems in 

crane and lift construction, thanks to its good damping properties. 

Application: 

The advantages of PUR materials over rubber elastomer materials 

include very good mechanical properties, outstanding wear 

resistance and a high tear growth strength in the hardness range 

of around 50° – 98° Shore A. These properties make such PUR 

grades suitable for applications in all fields of machine tools, 

lift construction and vehicle constructions. Compared to rubber 

elastomers, PUR systems are soot-free, and so are also used in 

areas of industry where abrasion-free behaviour is needed, for 

example, in the paper and wood industry as a lining for transport 

rollers, as transport and assembly aids in the automotive industry, 

etc. 

Processing of semi-finished products 

Machining/cutting/punching 

Please observe the machining information. 

Can be stuck to various materials, see ultra flex adhesives. 

Dimensions of boards/round rods 

Compact PUR systems 

Board thickness 1 to 50 mm according to grade 

Board size 2000 x 1000 mm 

Please take note of our cutting service. 

Other board dimensions on request 

Round rods Ø 5 to 120 mm according to grade 

Delivery lengths of 500 and 1000 mm 


Cellular PUR systems 

Board thickness 2 to 60 mm 

Board size 250 x 500 mm/300 x 600 mm 

Please take note of our cutting service. 

Together with our partner company P+S Polyurethan-Elastomere, 

we are 

able to produce PUR cast parts to drawings or samples in the 

grades Vulkollan/Diepothan/Vulkocell/Diepocell. Metal parts can 

be coated, including as part of a complete solution (containing 

a metal component). We are also able to develop suggested 

technical solutions based on calculations regarding spring 

excursion, load, damping and behaviour patterns. 


PUR (POLYURETHANE) 

Machining characteristics for compact PUR elastomers 

a) Longitudinal turning 

The hard Vulkollan types are very good for machining, whilst in 

softer grades the material has a hard time keeping away from the 

tool steel. However, the required degree of rigidity can be achieved 

by means of supercooling. The following optimum machining 

conditions have been established: 

Face turning/Parting 

For parting wide components, the same conditions as specified 

under a) apply. 

When parting thin discs, it is recommended to use a tool steel 

whose cutting edge is very pointed at an angle of under 15°, so 

can be viewed as a knife, and which also possesses the cutting 

angle stated above. Diluted soluble oil should be used to cool the 

parts, due to the heat generated by the high level of friction. 

Thread cutting 

Only coarse threads are recommended, since Vulkollan is relatively 

soft compared to steel. 

Milling 

With a circumferential speed of 200 to 400 m/min., and a milling 

tool made from high-speed tool steel with a clearance angle of 

10° and y = 25°, the surface finishes specified under a) can be 

achieved. 

To ensure good chip removal, the milling tool should not feature 

multiple teeth (no milling head). 



Vulk. type Cutting speed Feed rate Tool Steel mould Surface finish 

m/min. mm/rev. Material a b γ centre- line average in µ 

Approx. 95 Shore 100 – 150 0.1 – 0.2 HSS 12 53 25 10 

Approx. 90 Shore D 100 – 150 0.1 – 0.2 HSS 12 53 25 20 



Note: Observe the relevant storage 

regulations 

→ see the chapter 14/43 



Drilling 

Drilling can be done using standard steel drills. Cutting speeds 

of 40 to 50 m/min. are recommended, with a feed rate that is as 

low as possible, i.e. 0.01 to 0.03 mm/rev. A higher feed rate can be 

selected for the hard materials. 

Bores up to 20 mm deep can be made without using diluted 

soluble oil. Due to the softness of the material, the diameters of 

the bores for Vulkollan 70° – 90° Shore types are up to 4 % smaller 

than the drill diameters. 

Grinding 

Smooth surfaces are achieved using grinding wheels made from 

standard corundum with a vitrified bond, a fine grain, medium 

hardness and a coarse structure. Grinding speeds must be very 

high, i.e. 30 to 50 m/sec., with the high speed applying to soft 

materials. Diluted soluble oil should be used to cool the parts 

down in order to avoid overheating. 

Shop


PUR BOARDS 

Polyurethane D44 

Item No. 

70° 

Item No. 

80° 

Workshop and 

machining 

service 

Item No. 

90° 



Shore: 70 - 80 - 90° 

(tolerance +/- 5° Shore) 

Thickness 

mm 

Length 

mm 

621230 877780 619480 1 2000 1000 22.08 22.08 22.08 

621240 681850 619490 2 2000 1000 42.36 42.36 42.36 

877800 877790 619600 3 2000 1000 54.19 54.19 54.19 

681840 877820 877810 4 2000 1000 69.34 69.34 69.34 

873320 877840 877830 5 2000 1000 93.66 93.66 93.66 

877860 673430 877850 6 2000 1000 100.34 100.34 100.34 

877880 877870 620000 8 2000 1000 131.55 131.55 131.55 

877900 877890 619990 10 2000 1000 181.72 181.72 181.72 

877930 877920 877910 12 2000 1000 200.68 200.68 200.68 

877950 877940 619980 15 2000 1000 245.27 245.27 245.27 

877970 877960 619970 20 2000 1000 312.17 312.17 312.17 

647240 25 2000 1000 403.86 

1199280 30 2000 1000 568.59 

10076281 40 2000 1000 581.20 

Vulkollan ® D15 

Item No. 

70° 

Item No. 

80° 

Item No. 

90° 

Width 

mm 



Shore: 70 - 80 - 90° 


Thickness 

mm 

Length 

mm 

183360 183370 183380 1 2000 1000 56.87 56.87 65.62 

183390 183400 183410 2 2000 1000 108.26 108.26 108.26 

183420 183430 183440 3 2000 1000 161.87 161.87 161.87 

183450 183460 183470 4 2000 1000 213.27 213.27 250.45 

183480 183490 183500 5 2000 1000 266.85 266.85 313.87 

183510 183520 183530 6 2000 1000 318.25 318.25 374.03 

183540 183550 183560 8 2000 1000 634.86 423.23 498.70 

183570 183580 183590 10 2000 1000 505.26 505.26 593.85 

427690 427700 427710 12 2000 1000 631.03 631.03 742.58 

619460 415430 15 2000 1000 756.80 891.32 

415420 20 2000 1000 1.187.69 

619470 415410 25 2000 1000 1.258.77 1.482.98 

427680 30 2000 1000 1.780.45 

Width 

mm 

€/m² 

70° 

€/m² 

70° 

€/m² 

80° 

€/m² 

80° 

€/m² 

90° 

€/m² 

90° 


PUR ROUND RODS 

Vulkollan ® D15 



Shore: 70 - 80 - 90° 


Item No. 

70° 

Item No. 

80° 

Note: Observe the relevant storage 

regulations 

→ see the chapter 14/43 



federal VAT. 

Item No. 

90° 

Length 

mm 

Diameter 

mm 


€/m 

70° 


762150 1000 5 12.58 

10038887 619870 183650 1000 6 11.94 11.94 13.22 

619890 650730 183660 1000 8 13.22 13.22 14.50 

619880 650740 183670 1000 10 15.78 15.78 17.91 

619900 619910 183680 1000 12 17.27 17.27 18.98 

183690 183700 183710 1000 15 20.47 20.47 22.17 

183720 183730 183740 1000 20 29.00 29.00 31.55 

183750 183760 183770 1000 25 37.95 37.95 37.95 

183780 183790 183800 1000 30 53.73 53.73 59.06 

415440 415450 183810 1000 35 66.94 66.94 77.18 

183820 183830 183840 1000 40 86.56 86.56 100.84 

415460 415470 183850 1000 45 112.57 112.57 124.30 

183860 183870 183880 1000 50 138.58 138.58 155.85 

10019588 183890 1000 55 172.69 192.31 

183900 183910 183920 1000 60 192.31 192.31 222.58 

415480 1000 65 264.37 

415490 415500 183930 1000 70 268.21 268.21 306.16 

183940 1000 80 395.49 

183950 1000 90 499.74 

183960 1000 100 614.87 

183970 1000 110 741.94 

10047035 1000 125 933.92 

€/m 

80° 

€/m 

90°


INFORMATION ABOUT MACHINING 

THERMOPLASTICS 

PE/PP, uPVC, PA, POM, PC/PET, etc. 

Due to the poor thermal conductivity and the relatively low 

melting points of thermoplastics, care must be taken during 

machining to ensure that as little heat as possible is generated 

and transferred to the item being processed. The following points 

must be observed to avoid the consequences of the plastic being 

thermally overloaded (discolouration and even fusing of the 

surface): 

• The tool cutting edges must always be in perfect condition and 

well sharpened 

• The clearance angle must be large enough to ensure that only 

the cutting edge is ever resting on the workpiece 

• Good chip removal from the workpiece must be ensured 

• Cooling must be performed if large amounts of heat are 

generated (e.g. during drilling) 

Resultant cutting forces 

As the forces that arise when cutting technical plastics are 

significantly lower than those associated with metals, it follows 

that lower clamping forces will suffice too. Since these materials 

are not as rigid as metals, the parts must be adequately supported 

during machining. For example, when turning the outer diameter 

of thin-walled bushings, lateral supporting centring discs are often 

used. 

Tools 

Cutting tools made of carbon steel, HSS and hard metal can be 

used. Tungsten hard metal tools or diamond cutting edges are 

preferred during series production and are indispensable when 

machining thermoplastics with added glass or carbon fibres. 

Cooling 

Where cooling is required due to high machining temperatures, 

standard coolants or drilling emulsions can be used. However, this 

does not apply to amorphous plastics such as PC 1000, which tend 

towards stress cracking. Water or compressed air are the most 

appropriate coolants for these materials. 

Machining tolerances 

The machining tolerances for workpieces made from thermoplastic 

are considerably greater than those normally used for metal 

parts. This is because of the significantly larger coefficient of 

thermal expansion of plastics, the volume change brought about 

by moisture absorption and the deformations that occur during 

and after machining due to the release of residual stresses. The 

latter phenomenon has a particularly pronounced effect where the 

cross-section undergoes a large change in volume and with parts 

that are machined asymmetrically. In such cases, depending on 

the required tolerances, thermal treatment (a process to reduce 

the residual stresses) may prove necessary following preliminary 

machining of the part and before it is finished. 

A basic rule for turned and milled parts is that a finished 

dimension tolerance of 0.1 to 0.2 % of the nominal dimension 

can be adhered to without any particular preventive measures 

(minimum tolerance for small dimensions is 0.05 mm). ISO 2768, 

DIN 7168 and the Swiss "Empfehlungsschrift zur Anwendung 

kunststoffgerechter Maßtoleranzen" ("Recommendation on the 

application of dimensional tolerances suitable for plastics") from 

the VKI/KVS trade association can be used as guidelines in this 

context. 

Turning 

See the table below for the recommended tool cutting angles, 

cutting speeds and feed rates. 

Milling 

The milling machines used as standard for light metals can be 

employed. Cutting tools offer the advantage of best possible chip 

removal. 

Drilling 

HSS twist drills are usually well suited to this purpose. Good 

cooling with a liquid coolant is indispensable when drilling, due 

to the large amount of heat that is generated. In order to achieve 

good heat dissipation and chip removal, the drill must be pulled 

out of the drill hole regularly, particularly where deep bores are 

concerned. 

With large drills in particular, the usual width of the drill core must 

be reduced at the tip in order to decrease the amount of frictional 

heat produced. When working with large diameter bores, a stepby-step 

approach is required, e.g. for a bore of ∅ 50 mm, using ∅ 15 

followed by ∅ 25. After that, the diameter should be enlarged by 

means of bigger drills or a boring tool. 

In the interest of preventing cracks when working with round 

rods made from ERTALON 66 GF 30, ERTALYTE and ERTALYTE TX 

with a diameter > 100 mm and from ERTALON/NYLATRON with 

a diameter > 200 mm, it is recommended to never use HSS twist 

drills to bore the holes under any circumstances. Instead, the holes 

should be bored with a rigid flat lathe tool whose cutting edge is 

set exactly to the centre height (see figure above). 








When drilling through-holes, the feed rate should be reduced at 

the end of the machining process in order to prevent the drill or 

the flat lathe tool penetrating the output end, which could cause 

the edges to break off. Mechanical feeds should be used wherever 

possible to prevent the plastic being overloaded by an uneven 

manual feed. 

Sawing 

Particularly well suited to this are belt saws, circular saws or hack 

saws with a relatively wide tooth spacing and a slight tooth offset, 

to ensure that good chip removal is achieved and the saw blade 

is not inhibited. The parts to be machined must be clamped to the 

work bench correctly in order to prevent vibrations and the untidy 

cut edges that result from them, or even to prevent breaks. 

Preferably, reinforced materials such as ERTALON 66 GF30 are 

cut with a belt saw whose blade has a tooth spacing of 4 to 

6 mm. Circular saws often cause cracks and are therefore not 

recommended. 

Security 

To prevent hazards from arising, please observe general industrial 

safety regulations and the relevant information in the safety data 

sheets. 

Tool geometry, speeds and feed rates for sawing, turning, milling 

and drilling 

Polyamide 

PE/PP 

Fig. 1 Fig. 2 



PC/PET 

Taking the high degree of hardness and moderate toughness 

of these materials into account, some additional machining 

rules need to be observed in order to avoid premature material 

failure. The possibility of stress concentrations arising should 

be considered even during the design and assembly phases. 

Particular attention should be paid to this when performing sawing 

and drilling operations. 

Some tips: 

• Take note of low or moderate clamping forces 

• Avoid sharp "inside corners". The minimum radius is 1 mm 

(see Fig. 1) 

• To prevent edges being stripped during turning, drilling and 

milling, it is recommended to use chamfers, as they provide a 

more fluid transition between the cutting tool and the plastic part 

(see Fig. 2) 

• Sharp V threads should be avoided. Threads with a rounded base 

should be used where possible 

• It is not recommended to use thread-cutting or thread-stamping 

screws. The latter in particular cause significant stress around the 

bore hole and frequently lead to cracks there too 

• If threads are bored or bolts are fitted in blind holes, it must be 

ensured that the base of the hole is not placed under a direct load 

by the tip of the thread cutter or of the bolt, as this can also cause 

cracks to form 

Turning Milling Drilling Sawing 

Cut AB 

Cut AB 

a: clearance angle (*) 

γ: rake angle (*) 

h: approach angle (*) 

n: Cutting speed (m/min.) 

s: Feed rate (mm/rev.) 







h: approach angle (*) 



c: circular saw blade 

b: belt saw blade 



h: tooth spacing (*) 

n: cutting 

speed (m/min.) 

a γ h s n a γ s n a γ ϕ s n a c γ c t c n c a c γ c t c n 

5–15 0/-10 0/-45 0.05/-0.5 200/-500 5–15 0/-10 Up to 0.05 200–500 10–15 3/-5 90/-120 0.1/-0.3 50/-100 10–15 0/-15 8/-35 

1000/-3000 

25/-40 0/-8 4/-10 50/-500 

POM uPVC 5–15 0/-10 0/-45 0.05/-0.5 200/-500 5–15 0/-10 Up to 0.05 200–400 10–15 3/-5 90/-120 0.1/-0.3 50/-100 10–15 0/-15 8/-45 25/-40 0/-8 4/-10 50/-500 

PC 

PET 

5–15 0/-10 0/-45 0.05/-0.5 200/-400 5–15 0/-10 Up to 0.05 150–300 10–15 3/-5 90/-120 0.1/-0.3 50/-80 10–15 0/-15 8/-25 25/-40 0/-8 4/-10 50/-400





General information 

If technical plastics are machined mechanically, can the close 

fits familiar from metalworking in the field of machine tools be 

ensured? 

In principle, largely yes. This is because machining is carried out on 

the same precision machines already known from metalworking. 

Environmental factors 

However, please note that environmental factors such as 

temperature changes or the tendency of some plastics to absorb 

or release moisture may mean that the fits adhered to during 

machining can alter very quickly and exceed the permissible 

tolerance ranges. The subsequent dimensional changes must be 

taken into account when designing a machine part made from 

plastic and, if possible, tolerances should be defined in advance 

that make allowances for the dimensional deviations expected to 

arise during later use due to the plastic-specific properties and that 

ensure the machine part can fulfil its intended function. It would 

make little sense, for example, to comply with a fit of H7 during 

machining if that fit will have altered due to environmental factors 

to take it outside the permitted range when measured just a short 

time later. Indeed, parts that have not been toleranced in a way 

that is appropriate for plastics would often not even perform their 

intended function. For example, if the outer fixing of a bearing 

bush in a metal housing in the bore hole were to cause the 

bush to shrink onto the shaft in the event of even a slight rise in 

temperature, due to insufficient bearing play. 

Thermal expansion 

Plastics change significantly because of their relatively high degree 

of thermal expansion. The linear coefficient of thermal expansion 

defines how much the length of a plastic part increases when the 

temperature rises by 1 °C. 




materials. 

All amorphous thermoplastics (see page 13/68) 

are prone to stress cracking. Liquid coolants with 

an oil-soluble base must not be used during cutting. 

Preference should be given to water or compressed 

air for these materials. 

Calculation formula and example for change of length 

Eq. (1) 

The thermal change of length is calculated as follows: 

�| = | · a · (ϑ 2 – ϑ 1) [mm] 

�| = change of length in mm 

| = length at temperature ϑ1 in mm 

β = linear coefficient of thermal expansion 

(according to Table 2) in 10 –5 · 1/°C 

ϑ1 = installation temperature in °C (reference temperature 20 °C) 

ϑ2 = service temperature in °C 

The table shows that the thermal expansion of steel is only 1 ⁄ 10 that 

of most plastics, a fact which has significant consequences for the 

design of machine parts. 

Material name DIN Linear coefficient 

short name of thermal 

expansion 

10 –5 /°C 

Polyamide 6 PA 6 E 8 

Polyamide 6-6 PA 6-6 8 

Polyamide 6 G/mod. with oil PA 6 G 7.5 

Polyamide 11 PA 11 15 

Polyamide 12 PA 12 12 

Polyamide 6 + glass fibre PA 6 GF 2.5 

Polyacetal (Hostaform) POM cop. 11 

Polyacetal + glass fibre POM GF 3 

Polyester thermopl. PETP 8 

HMW PE RCH 1000/RCH 500 PE 20 

Polypropylene PP 18 

Unplasticised polyvinylchloride uPVC 8 

PTFE/Teflon Hostaflon PTFE 19.5 

PTFE +25 % glass PTFE/glass 12.6 

PTFE +25 % carbon PTFE/carbon 10.7 

PTFE +40 % bronze PTFE/bronze 9.7 

Polycarbonate PC 6 

Laminated fabric 2082/DIN 7735 LF 3.5 

Steel (for comparison) ST 1.2 

Eq. (2) 

The volume change is calculated as follows: 

�V = V · β · (ϑ 2 – ϑ 1) [mm 3 ] 

�V = volume change in mm 3 

V = volume temperature ϑ 1 in mm 3 

β = linear coefficient of thermal expansion 

10 –5 · 1/°C 

ϑ1 = installation temperature in °C (standard temperature 20 °C) 

ϑ2 = service temperature in °C 

A prerequisite for equation (2) is that the thermal 

change in length is not hindered in any direction, then 

β = 3 · a [10 –5 · 1/°C] applies. 

Shop 





Moisture absorption and release 

Where polyamide parts are concerned, another issue to consider 

when dimensioning and specifying tolerances is that polyamides 

absorb water. 

The level of water absorption depends on the relative humidity of 

the environment and the degree of crystallinity of the material. In 

normal atmospheric conditions according to DIN 50014, polyamide 

6 reaches a moisture content of around 2.5 – 3 %, for example. 

A moisture content of approximately 1 – 2 % can be assumed for 

semi-finished products in their condition at time of supply. The 

absorption of moisture causes the volume to increase, that is, 

dimensions to change, compared to the dry state. 

Moisture is absorbed and released according to the laws of 

diffusion and the process takes place very slowly in a natural 

atmosphere. This means that temporary fluctuations in relative 

humidity lead to only slight changes in the moisture content of 

polyamides and dimensional changes remain correspondingly 

small too. Therefore, dimensional changes caused by moisture 

absorption should not be over-estimated; they are nowhere near 

as significant as those caused by temperature differences. 

Machine elements that always operate under water, such as rudder 

bearings, can be conditioned prior to being finished, which largely 

excludes the possibility of any further dimensional change as a 

result of moisture absorption. 

It is also worth mentioning that cast polyamide absorbs much 

less moisture than extruded polyamide 6 or 6-6, due to the high 

crystallinity of the material. 

Length increase 

Moisture content 

Diagram 1 

Length increase according to moisture content of PA 6 

If stored in water at room temperature, measured on standard 

small bars 

Internal residual stress 



Eliminating internal stresses 

When manufacturing semi-finished products from thermoplastics, 

it is not always possible to prevent internal stresses being generated, 

particularly with types that crystallise strongly. This primarily 

relates to polyamide 66 types, but also to grades that have a pronounced 

crystalline structure due to the addition of molybendite, 

graphite, titanium oxide, glass fibre or other additives that cause 

crystals to form. When dealing with large dimensions, residual 

internal stresses of this kind can lead to the formation of cracks 

or to subsequent dimensional changes when drilling through. To 

prevent cracks forming when drilling through, 

in difficult cases it may be necessary to heat the workpiece to up 

to 150 °C and to drill through and/or pre-machine it in a still-warm 

state. An interim storage period of around 24 hours must be 

scheduled after this pre-treatment, to enable the material to rest 

(e.g. in a heating furnace at approximately 150 °C, around 5 minutes 

for each 1 mm of wall thickness); this must then be followed 

by a slow cool-down period. 

Tolerances 

There is no point keeping to very close tolerances of a few µm, for 

example, since thermoplastic materials are exposed to dimensional 

fluctuations due to their relatively high level of volume 

expansion when being heated and when absorbing moisture. 

Foreseeable dimensional changes caused by environmental 

factors such as temperature and moisture should be taken into 

consideration when designing and dimensioning components 

made from thermoplastics by increasing the tolerances of the 

functional dimensions accordingly. The dimensional changes that 

can be expected due to the effects of temperature and moisture 

can be calculated precisely using the technical data for the specific 

material type. 

� This data is intended to serve as a helpful tool when selecting 

materials. The data listed here is within the normal range of 

product properties. However, it does not represent warranted 

property values and should not be used for specification 

purposes or as the sole basis for designs.

REGISTER OVERVIEW PLASTICS

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