The Airguard® Reflective Vapour Control Layer is a high-quality product designed to provide superior vapour control for various construction projects. This building material, measuring 1.5m X 50m, features a reflective surface that enhances thermal insulation in your building. Engineered with advanced technology, it effectively reduces the risk of condensation, improves energy efficiency and ensures optimal indoor climate control. Its robust design makes it an ideal choice for both new builds and renovation projects.

Brand Name	Tyvek
Protects From	condensation
Type	vapour control layer
vapour control	prevents moisture damage
thermal insulation	reflective surface
energy efficiency	improves

The Airguard® Reflective Vapour Control Layer is a high-quality product designed to provide superior vapour control for various construction projects. This building material, measuring 1.5m X 50m, features a reflective surface that enhances thermal insulation in your building. Engineered with advanced technology, it effectively reduces the risk of condensation, improves energy efficiency and ensures optimal indoor climate control. Its robust design makes it an ideal choice for both new builds and renovation projects.

Brand Name	Tyvek
Protects From	condensation
Type	vapour control layer
vapour control	prevents moisture damage
thermal insulation	reflective surface
energy efficiency	improves

The Airguard® Reflective Vapour Control Layer is a high-quality product designed to provide superior vapour control for various construction projects. This building material, measuring 1.5m X 50m, features a reflective surface that enhances thermal insulation in your building. Engineered with advanced technology, it effectively reduces the risk of condensation, improves energy efficiency and ensures optimal indoor climate control. Its robust design makes it an ideal choice for both new builds and renovation projects.

Brand Name	Tyvek
Protects From	condensation
Type	vapour control layer
vapour control	prevents moisture damage
thermal insulation	reflective surface
energy efficiency	improves