Polyfoam® ECO Laminating Board - Knauf Insulation
Polyfoam® ECO Laminating Board - Knauf Insulation
Polyfoam® ECO Laminating Board - Knauf Insulation
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Certified BRE<br />
Green Guide Rating<br />
Certified BRE<br />
Green Guide Rating<br />
Certified BRE<br />
Green Guide Rating<br />
CertifiedBRE<br />
Green Guide Rating<br />
Certified BRE<br />
Green Guide Rating<br />
Certified BRE<br />
Green Guide Rating<br />
Certified BRE<br />
Green Guide Rating<br />
March 2013<br />
Polyfoam ® <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong><br />
Description<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is a rigid extruded polystyrene (XPS) board with a Global<br />
Warming Potential (GWP) of less than 5 and Zero Ozone Depletion Potential (ODP). Polyfoam<br />
<strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is lightweight and has excellent structural strength.<br />
Performance<br />
Thermal<br />
The thermal conductivity of Polyfoam<br />
<strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is 0.033W/mK.<br />
Application<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is suitable for thermal and structural insulation as a fabrication<br />
board for a wide variety of manufacturing processes and applications.<br />
Standards<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is manufactured in accordance with BS EN 13164, EN 16001<br />
Energy Management Systems, OHSAS 18001 Occupational Health and Safety Management<br />
Systems, ISO 14001 Environmental Management Systems, and ISO 9001 Quality Management<br />
Systems, as certified by Bureau Veritas.<br />
Benefits<br />
• High compressive strength<br />
• Highly resistant to water absorption<br />
• Able to resist repeated freeze/thaw cycles<br />
• Structurally stable in the long term<br />
• Global Warming Potential
Polyfoam ® <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong><br />
Compressive strength<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is highly resistant to compression and can withstand<br />
both occasional and long term static loads. Load bearing construction elements should<br />
be designed to adequately support the combination of imposed and dead loads without<br />
creating excessive deflection.<br />
Vapour resistivity<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> - 625MNs/g.m, when tested in accordance with<br />
EN 12086.<br />
Moisture absorption<br />
The moisture absorption of Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is 1.5% by volume when tested in<br />
accordance with EN 12087.<br />
Moisture resistance<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is resistant to moisture absorption and can be installed in<br />
standing water, high humidity factory conditions or up against wet surfaces with negligible<br />
impact on the performance of the product.<br />
Handling and storage<br />
Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong> is supplied on a pallet secured with tape and designed to<br />
be easily recognised and labelled with identifying product and manufacturing data. The<br />
boards are easy to handle and protective clothing is not required when installing them.<br />
Ensure the boards are not stored close to open flames or other ignition sources and avoid<br />
volatile organic compounds and chemicals such as solvents. Polyfoam <strong>ECO</strong> <strong>Laminating</strong> <strong>Board</strong><br />
should not be left exposed to prolonged sunlight as this will result in surface degradation.<br />
When outside storage for extended periods is required cover the products with<br />
opaque/light coloured sheeting.<br />
Thickness<br />
Thermal<br />
conductivity<br />
Thermal<br />
resistance<br />
Surface<br />
tolerance<br />
Nominal<br />
density<br />
Minimum compressive<br />
strength Length Width<br />
(mm) (W/mK) (m 2 K/W) (mm) (kg/m 3 ) (kPa) (mm) (mm)<br />
2400 x1200<br />
17.5 0.033 0.50 .+/-0.5 30 200 2400 1200<br />
20.0 0.033 0.60 .+/-0.5 30 200 2400 1200<br />
25.0 0.033 0.75 .+/-0.5 30 200 2400 1200<br />
30.0 0.033 0.90 .+/-0.5 30 200 2400 1200<br />
35.0 0.033 1.05 .+/-0.5 28 200 2400 1200<br />
40.0 0.033 1.20 .+/-0.5 28 200 2400 1200<br />
45.0 0.033 1.35 .+/-0.5 28 200 2400 1200<br />
50.0 0.033 1.50 .+/-0.5 30 200 2400 1200<br />
3000 x1220<br />
21.0 0.033 0.60 .+/-1.0 30 200 3000 1220<br />
23.0 0.033 0.65 .+/-1.0 30 200 3000 1220<br />
25.0 0.033 0.75 .+/-1.0 30 200 3000 1220<br />
27.0 0.033 0.80 .+/-1.0 30 200 3000 1220<br />
50.0 0.033 1.50 .+/-1.0 28 200 3000 1220<br />
All dimensions are nominal. As the material is often viewed as a component the tolerances need to be specified, both on thickness and dimensions,<br />
to ensure optimum stability<br />
Ref: KINE1469DAT - V0313<br />
<strong>Knauf</strong> <strong>Insulation</strong> Ltd<br />
PO Box 10<br />
Stafford Road<br />
St Helens<br />
Merseyside<br />
WA10 3NS<br />
Customer Service (sales)<br />
Tel: 0844 800 0135<br />
Technical Advice and<br />
Support Centre<br />
Tel: 01744 766 666<br />
Literature<br />
Tel: 08700 668 660<br />
For more information please visit<br />
www.knaufinsulation.co.uk<br />
All rights reserved, including those of photomechanical reproduction and storage in electronic media. Commercial use of the processes and work activities presented in this document is not permitted. Extreme caution<br />
was observed when putting together the information, texts and illustrations in this document. Nevertheless, errors cannot quite be ruled out. The publisher and editors cannot assume legal responsibility or any liability<br />
whatever for incorrect information and the consequences thereof. The publisher and editors will be grateful for improvement suggestions and details of errors pointed out.
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