REGISTER OVERVIEW PLASTICS

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PHYSICAL PROPERTIES SEMI-FINISHED PRODUCTS MADE FROM HIGH-PERFORMANCE PLASTICS Guide values for DURATRON ® PBI/DURATRON ® PAI/DURATRON ® PI Key (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) 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. 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 PLASTICS 13/73 (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).
13/74 PLASTICS Quadrant ® PPSU Quadrant ® 1000 PSU Properties of Quadrant ® PPSU (polyphenylsulphone) Material density: 1.29 g/cm 3 Service temperature: +180/210 °C (20.000 hours/temporary) Temporary = only a few hours, where no or only low loads may 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 • Physiologically safe (suitable for contact with foodstuffs) Properties of Quadrant ® 1000 PSU (polysulphone) Material density: 1.24 g/cm 3 Service temperature: +150/180 °C (20.000 hours/temporary) Temporary = only a few hours, where no or only low loads may occur Non-reinforced amorphous thermoplastic with superior mechanical, thermal and electrical properties. Main properties of Quadrant ® 1000 PSU: • High upper continuous service temperature limit in air 150 °C • High mechanical strength and rigidity over a wide temperature range • Excellent hydrolysis resistance (suitable for repeated steam sterilisation) • Very high dimensional stability • Good resistance to high-energy radiation (gamma and X rays) • Good electrical and dielectric behaviour • Physiologically safe (suitable for contact with foodstuffs) • 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: Available dimensions on request 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. 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: Machining, see machining information Dimensions: Round rods Boards Quadrant ® 1000 PSU 5 – 150 mm diameter 10 – 50 mm thickness plastics@reiff-group.com / www.reiff-tp.com
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13/6 PLASTICS REGISTER OVERVIEW PLA
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REGISTER OVERVIEW PLASTICS

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