ITP FlameOut Breathe FR - All Sizes

• Self-extinguishing when ignited, ensuring minimal contribution to fire spread
• Little or no smoke generation and would not produce burning droplets
• Ideal for use in timber frame, façade and rainscreen construction
• Increases building safety and protects the people who use the building.
• Suitable for all building types: residential, commercial, schools, hospitals, and buildings +18m height
• W1 water tightness

External walls: ITP FlameOut Breathe FR is a fire-resistant breather membrane designed for use in external wall systems, providing both enhanced fire protection and breathability. It is specifically engineered to prevent the spread of flames while allowing moisture vapour to escape, ensuring a dry and healthy building envelope. This membrane is commonly used in ventilated façades and timber frame constructions, where both fire safety and moisture control are critical. The lightweight and durable material is easy to install, offering long-lasting protection against fire hazards without compromising thermal or acoustic performance. ITP FlameOut Breathe FR is ideal for improving building safety while maintaining comfort and energy efficiency.

How is ITP FlameOut Breathe FR installed?

ITP FlameOut Breathe FR is typically installed as a breather membrane behind external cladding or roofing materials. It is rolled out horizontally, overlapping joints, and can be fixed with staples or other suitable fasteners. The membrane should be properly tensioned and applied according to manufacturer guidelines to ensure full weather protection and fire resistance.

Can ITP FlameOut Breathe FR be used in combination with insulation materials?

Yes, it can be used alongside various insulation materials in cavity wall or roof systems, providing a breathable yet fire-resistant barrier in the building envelope.

How does ITP FlameOut Breathe FR contribute to fire safety?

The membrane is treated with flame-retardant materials, slowing down the spread of fire and reducing smoke development, which enhances the overall fire resistance of the building envelope.