It can be used for waterproofing of building roofs, providing a reliable waterproof barrier to prevent rainwater from penetrating into the interior of the building and protecting the building's structure and internal facilities from water damage.

PE geomembrane can adapt to a certain degree of deformation, such as in the case of uneven settlement of the foundation, it can produce certain deformation with the deformation of the foundation, while maintaining the continuity of anti-seepage and reducing the risk of leakage. The overall weight is relatively light, making it easy to transport and lay on site. Welding and other methods can be used for splicing, resulting in high construction efficiency and the formation of a continuous anti-seepage layer.

The common thickness range of EVA geomembrane is wide, ranging from 0.2mm to 3.0mm, and can be selected according to the anti-seepage requirements of different projects. It has a certain tensile strength, usually reaching tens of megapascals (MPa) at lower thicknesses (such as 0.5mm), and can withstand certain tensile forces without easily breaking, which enables it to maintain structural integrity under pressure from landfill cover layers, pool water pressure, and other conditions.

The common thickness of PVC geomembrane is around 0.2mm to 2.5mm, and the appropriate thickness specification can be selected according to specific engineering needs. Usually has a smooth surface and a variety of colors, such as black, blue, etc.

ECB (ethylene copolymer asphalt) geomembrane is made by mixing ethylene copolymer and asphalt. This unique combination of materials endows it with special properties. Good puncture resistance, effectively preventing leakage caused by punctures in construction environments with sharp objects such as stones.