Dziecko

Metal Roofing
https://www.kingwills.com/hypak-house-wrap-under-metal-siding/

Flashspun Hypak™ Housewrap of Roof
Superior Water and Air Tightness Protection for Metal Structure Buildings

Moisture Control, Condensation Prevention, and Long-lasting Energy Efficiency

Housewrap of Metal Roof
Hypak ™ roof vapor barrier insulates metal surfaces from condensation, keeps the insulation layer dry for a long time and reduces rusting of the metal structure.

Roof vapor barrier also extends the life of the insulation layer and improves the durability of the metal structure.

Tile Roof Breather Membrane
Laying between tiles and insulation materials, Hypak ™ tile roof breather membrane blocks rainwater seepage from the roof. Tile roof breather membrane prevents indoor mold, cracks and other damages, providing a comfortable, safe and eco-friendly living environment.

Timber Frame Breather Membrane
Hypak ™ timber frame breather membrane creates an excellent moisture control system to prevent moisture and mildew, improves airtightness and reduces energy consumption for buildings.

Double Barrier Protection From Hypak™ Flashspun For Metal/Tile Roof
Hypak™ flashspun waterproof material
Waterproof
Hypak™ water-resistive and vapor permeance barriers cover the insulation layer, and the material itself is hydrophobic, weather smart building wrap is an excellent waterproof underlayment and can isolate the condensed water formed on the inner surface of the upper metal cover plate from invading the insulation layer.

Hypak™ flashspun windproof material
Windproof
Its excellent breathability performance allows a small part of water entering the insulation layer to be emitted to the environment in the form of water vapor so that the insulation layer can keep dry for a long time. A dry insulation layer can continuously exert insulation ability and reduce building energy consumption. With excellent windproof ability, Hypak™ can improve the air tightness of building envelope, reduce the heat loss caused by air thermal convection and further reduce building energy consumption.