Tyvek Supro is the market-leading breather membrane, helping to protect roofs against wind and water, and also improve energy efficiency. Tyvek Supro is a durable, water resistant membrane that is reinforced with a laminated polypropylene nonwoven. This airtight, vapour-permeable membrane is extremely water-resistant, and can be used for all supported and unsupported pitched roofs. Tyvek Supro does not need any soffit, tile or ridge ventilation, which can save time and money in the construction process. In addition to warm, hybrid and cold roofs, applications include Scottish sarking board systems, low-pitched metal roofs, and wall and floor applications. Tyvek Supro Plus offers the same benefits, plus an integral adhesive lap tape designed for use in the Tyvek sealed roof system. Sealing all horizontal laps contributes to the systems thermal efficiency by reducing air infiltration.
Range Description
Breather Membranes
Manufacturer Model No
D13405645
Brand Name
Tyvek
Length
50 m
Width
1.5 m
Weight
11 kg
Material
HDPE and PP composite
Colour
Grey
Coverage
75 m²
Usage
Roofs (main use) and facades
Type
Breather Membrane - cold side of the building envelope
Tyvek Supro is the market-leading breather membrane, helping to protect roofs against wind and water, and also improve energy efficiency. Tyvek Supro is a durable, water resistant membrane that is reinforced with a laminated polypropylene nonwoven. This airtight, vapour-permeable membrane is extremely water-resistant, and can be used for all supported and unsupported pitched roofs. Tyvek Supro does not need any soffit, tile or ridge ventilation, which can save time and money in the construction process. In addition to warm, hybrid and cold roofs, applications include Scottish sarking board systems, low-pitched metal roofs, and wall and floor applications. Tyvek Supro Plus offers the same benefits, plus an integral adhesive lap tape designed for use in the Tyvek sealed roof system. Sealing all horizontal laps contributes to the systems thermal efficiency by reducing air infiltration.