Damplas Radon Gas Barrier is a high-quality, sustainable solution designed to protect buildings from the dangerous ingress of radon gas. Manufactured from a controlled blend of 100% recycled polythene, this membrane offers an eco-friendly yet robust defense for residential and commercial flooring constructions.
Beyond its primary function as a gas barrier, Damplas Radon also serves as a high-performance damp proof membrane (DPM), providing dual-layer protection against both soil gases and ground moisture.
Visqueen Building Products ECO TPS range is a blown film of extruded low-density polyethylene. Visqueen ECO TPS range is a high quality Temporary Protective Sheeting (TPS) manufactured from 100% Recycled LDPE.
IKO Hyload Original Damp-proof Course system is a flexible polymeric sheet material, used within masonry walls to prevent passage of moisture from the ground and at all levels as cavity tray to prevent the downward movement of water.Trusted for over 40 years, Hyload Original is the UK’s leading High Performance DPC
Damplas Radon Gas Barrier is a high-quality, sustainable solution designed to protect buildings from the dangerous ingress of radon gas. Manufactured from a controlled blend of 100% recycled polythene, this membrane offers an eco-friendly yet robust defense for residential and commercial flooring constructions.
Beyond its primary function as a gas barrier, Damplas Radon also serves as a high-performance damp proof membrane (DPM), providing dual-layer protection against both soil gases and ground moisture.
Visqueen Building Products ECO TPS range is a blown film of extruded low-density polyethylene. Visqueen ECO TPS range is a high quality Temporary Protective Sheeting (TPS) manufactured from 100% Recycled LDPE.
IKO Hyload Original Damp-proof Course system is a flexible polymeric sheet material, used within masonry walls to prevent passage of moisture from the ground and at all levels as cavity tray to prevent the downward movement of water.Trusted for over 40 years, Hyload Original is the UK’s leading High Performance DPC