PR ODUCT INF ORMA TION Raw chipboard panels B 1 (EN 312-P2)
PR ODUCT INF ORMA TION Raw chipboard panels B 1 (EN 312-P2)
PR ODUCT INF ORMA TION Raw chipboard panels B 1 (EN 312-P2)
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<strong>PR</strong><strong>ODUCT</strong> <strong>INF</strong><strong>ORMA</strong><strong>TION</strong><br />
<strong>Raw</strong> <strong>chipboard</strong> <strong>panels</strong> B 1 (<strong>EN</strong> <strong>312</strong>-<strong>P2</strong>)<br />
As core and construction materials, <strong>chipboard</strong> <strong>panels</strong> are today indispensable in furniture<br />
manufacture and interior design. Their great versatility and good processing properties are<br />
just two of the many reasons why <strong>chipboard</strong> <strong>panels</strong> have become the most important<br />
wood-based material in terms of volume.<br />
* Certified to <strong>EN</strong> 13986<br />
Certificates apply only in combination with a valid delivery note<br />
<strong>PR</strong><strong>ODUCT</strong>ION OF RAW CHIPBOARD PANELS<br />
Chipboard <strong>panels</strong> are produced using waste from forest-grown<br />
timber, sawmill residues and to a certain extent clean and uncontaminated<br />
recycled timber. These consist mainly of softwoods (spruce,<br />
pine) and to a lesser extent (< 10 %) hardwoods from sustai nable<br />
forestry certified according to the PEFC system. By means of<br />
chopping, cutting and milling, the wood is turned into chips of a<br />
particular shape and size. These chips are fed through a chip-dryer<br />
before being separated into groups of different sizes. The dried<br />
chips are then mixed with low-formaldehyde E1 resins and shaped<br />
into a slab, which is then compressed under pressure and heat. This<br />
is followed by the processing stages of conditioning, grading and<br />
sanding.<br />
The end-product is a material with stable and consistent characteristics, good processing properties, an<br />
excellent strength-to-weight ratio and attractive value for money.<br />
Further benefits of <strong>chipboard</strong> <strong>panels</strong>:<br />
• a favourable energy balance<br />
• production using renewable raw materials<br />
• and recycling capability<br />
PFLEIDERER carries out production at several locations in Germany. Consistently high quality is ensured<br />
by the latest production technology, electronic production monitoring and certification to ISO 9001.<br />
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<strong>PR</strong><strong>ODUCT</strong> <strong>INF</strong><strong>ORMA</strong><strong>TION</strong><br />
The following data apply for all raw <strong>chipboard</strong> <strong>panels</strong><br />
Construction materials class<br />
Emission class E1<br />
Heat conductivity 0.13 W/mK<br />
Moisture content on delivery ex-factory 9 ± 3 %<br />
Thickness tolerance for finished <strong>panels</strong> ± 0.3 mm<br />
Length/width tolerance for standard <strong>panels</strong> ± 5 mm<br />
Perpendicularity tolerance 2 mm/m<br />
Edge straightness tolerance 1.5 mm/m<br />
All the above technical properties apply exclusively for temperate climate zones (temperature, air humidity, light etc.).<br />
Pyroex B1 – the flame-retardant material<br />
B2 (normally inflammable),<br />
except for Pyroex B1 (low inflammability)<br />
Outside monitoring of production by the WKI (Fraunhofer Society Braunschweig) and Wood-based Materials Quality<br />
Association.<br />
Pyroex B1 is a flame-retardant wood-based material (construction material class DIN 4102-B 1) with the<br />
classification B-s1, d0 to DIN <strong>EN</strong> 13501-1. The Pyroex B1 panel combines all the advantages of a <strong>chipboard</strong><br />
panel (high strength, outstanding durability, easy processing properties, versatile decorative laminating<br />
capabilities) with additional safety in the event of fire. The addition of flame-retardant agents reduces<br />
the combustion rate of the raw <strong>chipboard</strong> <strong>panels</strong>, significantly increasing the fire-resistance. With the aid<br />
of Pyroex B1 <strong>panels</strong>, the so-called “flash-over point”, i.e. the time until the full development of the fire, can<br />
be delayed, and the fire even prevented in some cases. The primary application areas of Pyroex B1 <strong>panels</strong><br />
include interior panelling of rooms in public buildings, halls, meeting areas, cinemas and theatres, as well<br />
as rooms subject to a high risk of fire (laboratories, petrol station sales areas, TV studios).<br />
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<strong>PR</strong><strong>ODUCT</strong> <strong>INF</strong><strong>ORMA</strong><strong>TION</strong><br />
Mechanical and physical properties<br />
Properties<br />
Thickness in mm<br />
10 13 16 19 22 25 28 38<br />
<strong>Raw</strong> density in kg/m 3 760 740 730 720 690 670 650 630<br />
Bending strength (<strong>EN</strong> 310) in N/mm 2 13 13 13 13 11,5 11,5 10 8,5<br />
Transverse tensile strength (<strong>EN</strong> 319) in N/mm 2 0.40 0.40 0.35 0.35 0.30 0.30 0.25 0.20<br />
Module of bending elasticity (<strong>EN</strong> 310) in N/mm 2 1,800 1,800 1,600 1,600 1,500 1,500 1,350 1,200<br />
Resistance to delamination (<strong>EN</strong> 311) in N/mm 2 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8<br />
Pyroex B1 <strong>panels</strong> are manufactured in accordance with <strong>EN</strong> <strong>312</strong>-<strong>P2</strong>.<br />
All values correspond to the status of our production and are guideline values. Subject to amendment.<br />
A service of<br />
PFLEIDERER Industrie GmbH • Product Management<br />
Holzstraße 6 - 10 • D-33332 Gütersloh • Telephone: 0 52 41 / 8 71 - 0 • Telefax: 0 52 41 / 8 71 - 9 87<br />
e-mail: produktmanagement@pfleiderer.com • Internet: www.industrie.pfleiderer.com<br />
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