Flat Roof Vapour Barrier (VCL) 4m x 25m
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Delivery:
Delivery: 1 - 2 days
Key Features:
- Size: 4m x 25m
- Coverage: 100m2
- Colour: Translucent
- Thickness: 250 micron (1000g)
- Suitability: Vapour Barrier suitable for both warm and cold deck designs
Description:
Damplas Vapour Control Layer (VCL) is intended for use within Flat Roof structures to prevent the penetration of moisture into structure surfaces and to improve the airtightness of buildings. The VCL also restricts the movement of warm moist air and improves building insulation.
The Vapour Barrier is suitable for both warm and cold Deck designs.
Damplas Vapour Control Layer is intended for use in controlling the movement of water vapour through Roof structures, if water vapour is allowed to condense between building elements it can have serious implications for the strength of surrounding structural systems and reduce the effectiveness of thermal insulation. Damplas VCL is designed to be laid loose within walls, floors and roofs to restrict water vapour penetration into these structural areas.
Product Data Sheet
Delivery:
Delivery: 1 - 2 days
Key Features:
- Size: 4m x 25m
- Coverage: 100m2
- Colour: Translucent
- Thickness: 250 micron (1000g)
- Suitability: Vapour Barrier suitable for both warm and cold deck designs
Description:
Damplas Vapour Control Layer (VCL) is intended for use within Flat Roof structures to prevent the penetration of moisture into structure surfaces and to improve the airtightness of buildings. The VCL also restricts the movement of warm moist air and improves building insulation.
The Vapour Barrier is suitable for both warm and cold Deck designs.
Damplas Vapour Control Layer is intended for use in controlling the movement of water vapour through Roof structures, if water vapour is allowed to condense between building elements it can have serious implications for the strength of surrounding structural systems and reduce the effectiveness of thermal insulation. Damplas VCL is designed to be laid loose within walls, floors and roofs to restrict water vapour penetration into these structural areas.
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