Trusted Brand Roofshield Breather Membrane 1.5m X 50m - Don & Low - Exclusive Drop [zqUdpvWo]

Roofshield Breather Membrane: Your Ultimate Pitched Roof Solution

Roofshield Breather Membrane by Don & Low is a premium roofing underlay that has been trusted by roofers across the nation for over 25 years. This innovative three-layer membrane stands out with its patented Meltblown core, offering superior air and vapour permeability. Designed to reduce the incidence of interstitial condensation in pitched roofs, Roofshield is the ideal choice for any roofing project. With its robust construction and proven performance, it ensures a durable and long-lasting roofing solution.

Key Properties and Specifications

Roofshield Breather Membrane is engineered to deliver exceptional performance with a range of beneficial properties. Its vapour permeability and air permeability ensure uniform airflow, which is crucial for maintaining a healthy roof environment. The membrane's water resistance is second to none, protecting your roof from moisture damage. Additionally, Roofshield is BBA certified and NHBC accepted, providing peace of mind with its compliance to industry standards. One of its standout features is the absence of a vapour control layer (VCL), simplifying installation and saving on materials. This product also meets BS5534 compliance, making it a reliable choice for professional roofers.

Practical Applications and Benefits

Roofshield Breather Membrane is an invaluable addition to any roofing project, offering numerous practical benefits. Whether you're a professional roofer or a homeowner, this membrane can enhance the durability and lifespan of your roof. Its innovative design reduces the risk of condensation, preventing potential damage and costly repairs. With Roofshield, you can enjoy a more comfortable living environment, as it helps maintain a stable indoor temperature. This product is perfect for a wide range of applications, from residential homes to commercial buildings, ensuring that your roof remains in optimal condition for years to come.