Visqueen DPC Polyethylene Damp Proof Course 500mu - 225mm x 30m
Designed to prevent the passage of moisture in brick and block work from external sources, this Visqueen Polyethylene Damp Proof Course boasts excellent cold weather flexibility and workability at low temperatures.Manufactured from high-quality reprocessed materials, this damp-proof course from Visqueen offers a durable and cost-effective domestic-grade solution for protecting against dampness. Compliant with the requirements of BS 6515, it is perfectly suitable for wet-bedded vertical and horizontal applications in two-storey residential constructions. Adhering to strict performance criteria, it also features a pronounced emboss that enhances mortar adhesion, ensuring a reliable and secure installation.Features & Benefits: Visqueen DPC Polyethylene Damp Proof Course 500mu - 225mm x 30m, 30m length x 500mu thickness, Range of widths available to suit your coverage needs, Perfect for wet bedded applications in low rise developments, Made form the highest quality reprocessed materials, Cost-effective damp-proof course for domestic construction, Safe and clean to handleStandards & Certification, Conforms to the requirements of BS 6515Please note: , This Visqueen Damp Proof Course is not suitable for applications involving downward water movement, such as Cavity setups. For those scenarios, using the Visqueen Zedex CPT DPC or Visqueen High Bond DPC is recommended.. Visqueen DPC Polyethylene Damp Proof Course 500mu - 225mm x 30m
Visqueen DPC Polyethylene Damp Proof Course 500mu - 225mm x 30m
Designed to prevent the passage of moisture in brick and block work from external sources, this Visqueen Polyethylene Damp Proof Course boasts excellent cold weather flexibility and workability at low temperatures.Manufactured from high-quality reprocessed materials, this damp-proof course from Visqueen offers a durable and cost-effective domestic-grade solution for protecting against dampness. Compliant with the requirements of BS 6515, it is perfectly suitable for wet-bedded vertical and horiz...