ITP FlameOUT® Breathe Class B is suitable for wall and pitched roof installations in safety critical structures over 18 m in England and 11 m in Scotland.
Storage and handling:
Installation:
Bonding to surfaces:
Tape:
Repairs:
See installation instructions for full details.
ITP FlameOUT® Breathe Class B is suitable for wall and pitched roof installations in safety critical structures over 18 m in England and 11 m in Scotland.
Storage and handling:
Installation:
Bonding to surfaces:
Tape:
Repairs:
See installation instructions for full details.
ITP FlameOUT® Breathe is a Class B (B-s1,d0) W1 flame-retardant breather membrane which is self extinguishing when ignited, ensuring minimal contribution to fire spread. Independently tested to EN 13501-1, ITP FlameOUT® Breathe Class B is fully compliant for use on safety critical and high-rise builds over 18 m in England and 11 m in Scotland. This weathertight membrane offers W1 water tightness to give maximum protection against rain water ingress and makes this product suitable for both pitched roofs and walls.
Can be used in conjunction with ITP FlameOUT® Block Standard B-s1,d0 or ITP FlameOUT® Block Premium B-s1,d0 Class B vapour barriers which are installed on the warm side of the building envelope.
Features and benefits:
ITP FlameOUT® Breathe is a Class B (B-s1,d0) W1 flame-retardant breather membrane which is self extinguishing when ignited, ensuring minimal contribution to fire spread. Independently tested to EN 13501-1, ITP FlameOUT® Breathe Class B is fully compliant for use on safety critical and high-rise builds over 18 m in England and 11 m in Scotland. This weathertight membrane offers W1 water tightness to give maximum protection against rain water ingress and makes this product suitable for both pitched roofs and walls.
Can be used in conjunction with ITP FlameOUT® Block Standard B-s1,d0 or ITP FlameOUT® Block Premium B-s1,d0 Class B vapour barriers which are installed on the warm side of the building envelope.
Features and benefits:
Embodied carbon as defined in BS EN 15804