Summary
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
Application
For use within Bauder Total Roof System/ Bauder Thermofol mechanically fixed warm roof system to provide efficient thermal insulation.
Can be used on a variety of deck types and with a range of appropriate Bauder waterproofing systems. Can be adhered to the air and vapour control layer (AVCL) or mechanically fixed through to the deck.
For use within Bauder Total Roof System/ Bauder Thermofol mechanically fixed warm roof system to provide efficient thermal insulation.
Can be used on a variety of deck types and with a range of appropriate Bauder waterproofing systems. Can be adhered to the air and vapour control layer (AVCL) or mechanically fixed through to the deck.
For use within Bauder Total Roof System/ Bauder Thermofol mechanically fixed warm roof system to provide efficient thermal insulation.
Can be used on a variety of deck types and with a range of appropriate Bauder waterproofing systems. Can be adhered to the air and vapour control layer (AVCL) or mechanically fixed through to the deck.
Description
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
The boards consist of a biomass balanced insulation core comprised of 80% biomass and renewable inorganic raw materials, recycled raw materials from milling/sawing (1%) and utilises calcium carbonate from crushed shell which is waste from the food industry, incorporated with a glass fleece for the facing on both sides. The insulation board has rebated edges to reduce the risk of thermal bridging at the bridge joints.
This product holds an Environmental Product Declaration (EPD) and is REDcert² certified.
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
The boards consist of a biomass balanced insulation core comprised of 80% biomass and renewable inorganic raw materials, recycled raw materials from milling/sawing (1%) and utilises calcium carbonate from crushed shell which is waste from the food industry, incorporated with a glass fleece for the facing on both sides. The insulation board has rebated edges to reduce the risk of thermal bridging at the bridge joints.
This product holds an Environmental Product Declaration (EPD) and is REDcert² certified.
Rigid foam thermoset polyisocyanurate (PIR) board for the thermal insulation of flat roofs.
The boards consist of a biomass balanced insulation core comprised of 80% biomass and renewable inorganic raw materials, recycled raw materials from milling/sawing (1%) and utilises calcium carbonate from crushed shell which is waste from the food industry, incorporated with a glass fleece for the facing on both sides. The insulation board has rebated edges to reduce the risk of thermal bridging at the bridge joints.
This product holds an Environmental Product Declaration (EPD) and is REDcert² certified.
Finish
Other
Other
Other
Material
Polyisocyanurate (PIR), Glass Fibre
Polyisocyanurate (PIR), Glass Fibre
Polyisocyanurate (PIR), Glass Fibre
Shape
Rectangle
Rectangle
Rectangle
Length
1200 mm
1200 mm
1200 mm
Width
600 mm
600 mm
600 mm
Height
80 mm, 125 mm, 160 mm
80 mm, 125 mm, 160 mm
80 mm, 125 mm, 160 mm
SKU Code
4881 0080, 4881 0125, 4881 0160
4881 0080, 4881 0125, 4881 0160
4881 0080, 4881 0125, 4881 0160
Specification
Classification data
Standard
To BS EN 13165.
To BS EN 13165.
To BS EN 13165.
Form
Board.
Board.
Board.
Thermal conductivity
0.023 W/m·K.
0.024 W/m·K.
0.023 W/m·K.
Finish
Crushed shell/ glass fleece.
Crushed shell/ glass fleece.
Crushed shell/ glass fleece.
Fire performance
To EN 13501-1, Class E.
To EN 13501-1, Class E.
To EN 13501-1, Class E.
Recycled content
1%.
1%.
1%.
Insulation thickness
160 mm.
80 mm.
125 mm.
Additional properties
Edges
Rebated, 15 mm.
Rebated, 15 mm.
Rebated, 15 mm.
Panel weight
30 kg/m³.
30 kg/m³.
30 kg/m³.
CompressiveStrength
To EN 826 (with 10% compression): ≥120 kPa. 0.12 N/mm². 12 000 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
To EN 826 (with 10% compression): ≥120 kPa. 0.12 N/mm². 12 000 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
To EN 826 (with 10% compression): ≥120 kPa. 0.12 N/mm². 12 000 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
To EN 1606 (with 2% compression): ≥24 kPa. 0.024 N/mm². 2400 kg/m².
Water absorption
To EN 12087, 3% (maximum).
To EN 12087, 3% (maximum).
To EN 12087, 3% (maximum).
Dimensional stability
To EN 13165, 2–3.
To EN 13165, 2–3.
To EN 13165, 2–3.
Sustainability data
Material
Polyisocyanurate (PIR), Glass Fibre
Polyisocyanurate (PIR), Glass Fibre
Polyisocyanurate (PIR), Glass Fibre
Recycled content
1 %
1 %
1 %