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Fabreeka-TIM® RF Series for Light Structural Loads in Compression
Fabreeka-TIM® RF Series for Light Structural Loads in Compression
Fabreeka-TIM® RF Series for Light Structural Loads in Compression

Last verified by manufacturer over a year ago

ACE Fabreeka UK

640

Last verified by manufacturer over a year ago

ACE Fabreeka UK

2150

Last verified by manufacturer over a year ago

ACE Fabreeka UK

1020

Summary
Structural thermal break.
Structural thermal break.
Structural thermal break.
Color
Brown, Cream, Green
Brown, Cream, Green
Brown, Cream, Green
Finish
Natural
Natural
Natural
Material
Polyurethane
Polyurethane
Polyurethane
Length
Bespoke
Bespoke
Bespoke
Width
Bespoke
Bespoke
Bespoke
Height
Bespoke
Bespoke
Bespoke
Warranty description
One year
One year
One year

Specification

Material
Closed cell rigid polyurethane foam.
Closed cell rigid polyurethane foam.
Closed cell rigid polyurethane foam.
Dimensions
-
-
-
Thickness (maximum)
254 mm.
254 mm.
254 mm.
Thickness (minimum)
12.7 mm.
12.7 mm.
12.7 mm.
Compressive stress (maximum)
640 psi.
2,150 psi.
1020 psi.
Operating temperature (maximum)
+80°C.
+80°C.
+80°C.
Operating temperature (minimum)
-200°C.
-200°C.
-200°C.

Additional properties

Product Reference
Fabreeka-TIM® RF series for light structural loads in compression
Fabreeka-TIM® RF series for light structural loads in compression
Fabreeka-TIM® RF series for light structural loads in compression
Density
240 kg/m³.
450 kg/m³.
320 kg/m³.
Colour
Mint.
Brown.
Beige.

Sustainability data

Contains Red List materials
No
No
No
Country of material origin
Italy
Italy
Italy
Country of product manufacture
Italy
Italy
Italy
Recyclability
Material is composed of a polymer blend and therefore recycling provider must be contacted to confirm feasibility of recycling.
Material is composed of a polymer blend and therefore recycling provider must be contacted to confirm feasibility of recycling.
Material is composed of a polymer blend and therefore recycling provider must be contacted to confirm feasibility of recycling.
Recycled content
0 %
0 %
0 %