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puren GA 030 |
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Format
1000 x 500 mm, resp. 1000 x 500 mm, or 500 x 500 mm – other dimensions upon request.
Edge formation
blunt
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This puren floor insulation element with a continuous temperature resistance of +200° C is particularly suitable for all insulated mastic asphalt constructions with extremely thin depth.
Advantages:
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Ideal for use below mastic asphalt |
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Very high compressive strength, > 150 kPa (DIN EN 826) |
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Very high temperature resistance, long-term approx. +200° C, short-term approx. +250° C |
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Single-layer or multi-layer installation |
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Heat shield and thermal insulation at the same time |
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Convenient board format |
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Ideal for constructions with low overall thickness when renovating |
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Easy to process, e.g. cutting/adapting |
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Low weight |
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Water absorption acc. to DIN EN 12087: max. 3 % by volume |
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Download PDF document
Technical Data (227 KB)
Floor installation instructions (202 KB)
Floor design & engineering details (791 KB)
Tender form (60 KB)
Price list (1220 KB)
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puren GA 030 insulating element TCG (WLS) 030
Made of CFC- and HCFC-free high-performance PUR/PIR (polyurethane) rigid foam insulation material, DIN EN 13165, thermal conductivity grade WLS 030 (types RG 30-RG 60), B2 class building material, not laminated, application type PUR 030 DEO ds, surfaces grooved on both sides.
puren GA 030 has a short-term temperature resistance of up to approx. +250 °C and long-term approx. +200 °C, a very high compressive strength and its advantageous thermal conductivity coefficient allows for superstructures with low overall thickness.
Applications: All insulated mastic asphalt constructions problematic as regards thermal insulation and structural considerations (e.g. low depth etc.) and requiring a high compressive strength due to traffic load. |
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- High-performance PUR/PIR rigid foam insulating material, surfaces grooved on both sides
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| If you need more information: Contact us here. |
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| * Thermal transfer resistances RSI and RSE are considered. Other project-specific features, such as those in accordance with DIN EN ISO 6946, are not taken into account. |
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