Pavatex Pavatherm-Combi
Verified by manufacturer 5 months ago
Wood fibre insulation board for multifunctional applications.
Application
- Over-rafter insulation systems.
- Insulation systems for rear-ventilated facades.
- Under-rafter insulation systems.
- As a variant suitable for rendering.
Description
An insulating board for walls and roofs, with multifunctional application options and a profiled edge design. It can be used on both sides and can be laid directly on the rafter. It should be protected against weather exposure.
Features and benefits:
- Economical additional insulation which can be combined with Pavatex insulation systems.
- Direct laying on the rafters or as under-rafter insulation.
- CE marked.
- Waste code according to The European Waste Catalogue (EWC): 030105; 170201; 170604.
- BBA Certified 20/5836.
General information
Material | Wood fibre |
Size | 1800 x 580 mm |
Uniclass | |
CAWS | P10/10 Loft insulation P10/125 Insulation laid between ceiling ties/ joists P10/140 Insulation fitted between rafters P10/15 Insulation fitted between rafters P10/165 Insulation to eaves P10/170 Insulation to loft access hatches P10/185 Soffit insulation P10/20 Insulation to loft access hatches P10/212 Insulation fixed across inner face of stud walling P10/217 Insulation slabs fixed to backing wall P10/220 Sound insulation within timber framed separating wall P10/40 Insulation fitted betweenor to the face ofstuds P10/42 Mineral wool insulation slabs fixed to backing wall |
Product range |
Specification data - Wood fibre batt insulation
Thickness | 40 mm.Guidance for specification option: Special order, not approved for roofs, 0.95 m²K/W thermal resistance. 60 mm.Guidance for specification option: 1.45 m²K/W thermal resistance. 80 mm.Guidance for specification option: 1.95 m²K/W thermal resistance. |
Density | 145 kg/m³. |
Edges | Tongued and grooved. |
Thermal conductivity (maximum) | 0.041 W/mK. |
Fire performance | To BS EN 13501–1, Class E. |
Specific heat | 2100 J/kgK. |
Water vapour diffusion resistance | 3 μ. |
Compressive Strength (at 10% deformation) | 100 kPa. |