Thermafleece Breather Membrane - All Thicknesses

• Lightweight and Easy to Handle: Designed for ease of installation.
• Vapour Permeability: Allows moisture to escape while preventing water ingress.
• Compliance with Standards: Meets EN 13859-1 for pitched roofing and EN 13859-2 for walls.
• High Breathability: Ensures effective moisture management in construction.
• Water Resistance: Provides protection against water penetration.
• Versatile Use: Suitable for floors, walls, or as a protective layer over insulation.
• Three-Layer Construction: Composed of two outer layers of non-woven polypropylene and an inner breathable microporous film.
• Color-Coded Sides: Black on one side and grey on the other, with no text or images for a clean look.

Supporting insulation between suspended floor joists and protecting insulation from debris: The Thermafleece Breather Membrane is beneficial for supporting insulation between suspended floor joists and protecting insulation from debris. Its breathable nature, durability, ease of installation, and ability to enhance thermal efficiency make it a practical and effective choice for maintaining the performance and longevity of floor insulation systems.

What is Thermafleece Breather Membrane?

Thermafleece Breather Membrane is a high-performance, vapor-permeable membrane designed to provide weather protection while allowing moisture to escape from the building envelope. It is used in various building applications to enhance insulation and structural integrity.

How do you install Thermafleece Breather Membrane?

Installation involves securing the membrane to the exterior of the building structure using staples, nails, or adhesive strips. Overlap the edges of the membrane to ensure complete coverage and seal joints with appropriate tape to maintain its integrity.

How does Thermafleece Breather Membrane improve building performance?

By allowing moisture to escape while preventing water ingress, the membrane helps maintain the integrity of insulation materials and structural components, thereby improving the overall energy efficiency and durability of the building.