Single Ply Flat Roof Membranes

Three most common single ply roofing systems.

Single ply flat roof membranes.

Single ply membrane roofing is used on flat or nearly flat commercial and domestic roofs. They work well for a variety of projects with roofs of all shapes and sizes including exposed roofs green roofs cool roofs ballasted roofs and more from large scale commercial projects such. More and more contractors are switching from old systems such as bur asphalt and tar gravel to single ply membranes which are easier safer and faster to install. Single ply roofing has become an increasingly popular flat roof covering over the last few years.

The most common type used for residential flat roofing is epdm ethylene propylene diene monomer a synthetic rubber sheet material that is also commonly used as a pond liner. Single ply roofing membranes are increasingly popular in uk construction projects both for new build and refurbishment. Common flat roof membranes discussed in this article include built up asphalt tar and gravel modified bitumen and single ply membranes like epdm pvc tpo and kee. Membrane single ply roofing.

And these membranes can be made of synthetic rubber modified bitumen or thermoplastic such as pvc. Membrane roofing is often used on commercial flat roofs. We also cover spray applied foam and liquid roofing options. Single ply roofing systems are one of the most popular of flat roofing materials particularly advantageous if the project has weight and load bearing considerations.

Today when it comes to flat roof replacement single ply roofing is the top choice. Essentially a single ply membrane roof is comprised of flexible sheets of synthetic polymer that can be divided into two main groups thermoplastics and synthetic rubber. There are several types of membrane roofing materials including rubber and plastic formulations. Sig design technology recommends a range of single ply flat roof membranes different materials and different brands depending on the application project size and performance requirements.