Non-Permeable Membranes

Non-permeable roofing membranes are commonly used in various construction projects beyond those that involve roofing. They are great waterproof coverings and can be used to keep on-site materials dry when wet weather occurs. They can dramatically improve durability, longevity, and resilience of whatever they cover, whether that be products or surfaces, making them incredibly popular on builds big and small.

As the name suggests, the main function of non-permeable membranes is to provide waterproofing to whatever they cover. They help to keep water from infiltrating a range of structures including roofs, walls, and foundations. This makes them essential in helping to prevent moisture damage, mould growth, and structural weakening. They continue to perform well into their lifespan, which can be surpass multiple decades in the correct conditions.

The majority of our membranes are constructed from synthetic polymers, while others can be made from bitumen and rubberised compounds. These materials are ideal for such roles thanks to their resistance when exposed to weathering, UV exposure, and chemical degradation. As a result of this, structures that incorporate our non-permeable membranes do indeed benefit from extended service life as well as optimal durability.

Non-permeable membranes are incredibly easy to install, with ours all demonstrating notable flexibility, making handling simple and straightforward. Such characteristics also make it more convenient for construction professionals and DIY enthusiasts alike because these traits contribute to cost-effectiveness.

Non-permeable membranes can also easily adapt to a range of environments, and with the right companion components such as vent tiles and other accessories, can easily withstand the vast majority of weather and temperature conditions. From hot and humid to cold and wet, your roof will be well-protected by any one of our non-permeable membranes. Take a look at our collection now and find the right membrane size and style for you.