Gypsum surface
FF-PIR GYL 40 AND 70 FOR SUPPLEMENTARY THERMAL INSULATION
The FF-PIR 40/70 GYL panel consists of a 30/60 mm thick PIR polyurethane panel and a 9 mm thick gypsum board with tapered edges, which is glued on to one side of the panel at our plant. The panels have a rabbet groove on the longer sides with a flat edge at the ends. The FF-PIR 40/70 GYL insulation panels are designed for providing internal supplementary thermal insulation. FF-PIR 40/70 GYL provides effective supplementary thermal insulation in walls and roofs, which makes it possible to significantly reduce the insulation thickness. Particularly in renovation projects, this allows for maximal utilization of living space without thick insulation. FF-PIR 40/70 GYL products are suitable for both renovation and new construction applications.
Product | Size | Units/package | Packages/pallet |
FF-PIR 40 GYL | 40 x 600 x 2600 mm | 60 kpl/lava | |
FF-PIR 70 GYL | 70 x 600 x 2600 mm | 34 kpl/lava |
Thermal conductivity: λ declared 0.022 W/mK (30 and 60 mm FF-PIR panels)
Thermal resistance: 1.35 m²K/W (40 mm), 2.75 m²K/W (70 mm)
Method of fitting: Rabbet on the long sides
Coating: 9 mm gypsum board + Diffusion-proof aluminum laminate
Material:
Foam: Polyurethane
Coating: The panel comes with a 9-mm gypsum board with tapered edges glued to one side and a diffusion-
FF-PIR GYL Gypsum surface
- Dimensions
- Technical details
Value | Unit | According to EN 13950 | Standard | |
---|---|---|---|---|
Length | 2600 | mm | ||
Width | 600 | mm | ||
Thickness | 30, 40, 70 | mm |
Value | Unit | According to EN 13950 | Standard | |
---|---|---|---|---|
Thermal conductivity | EN 12667 | |||
λ Declared | 0,022 | W/(m K) | EN 12939 | |
Eristeen lämmönjohtavuus | ||||
Thermal resistance, Rᴅ | 0,90 - 2,75 | m²K/W | ||
Bending strength | > 160 - > 400 | N | ||
Water absorption (FINNFOAM core) in long-term immersion | < 2 | til.-% | WL(T)2 | EN 12087 |
Fire class | B-s1,d0 | Euroluokka | EN 13501-1 | |
Fire class of the foam | D-s2,d0 | |||
Service temperature | -50 ... + 100, lyhytaik. + 200 | C° | ||
Indoor air emission class | M1 |