Warp-knitted composite geomembrane is a new type of geotechnical material that uses synthetic fiber (or glass fiber) as a reinforcement material and is compounded with composite geomembrane.

Features

  The warp knitted composite geomembrane is different from the general geomembrane. Its biggest feature is that the intersection of warp and weft is not bent, and each is in a straight state. The two are bound firmly with a binding thread, which can be more uniform and synchronized across the board, bear external force, distribute stress, and when the applied external force tears the material, the yarn will gather along the initial crack to increase the tear resistance.

      When warp-knitting is compounded, the warp-knitted binding thread is used to repeatedly pass between the warp, weft and the fiber layers of the geomembrane to knit the three into one. Therefore, the warp-knitted composite geomembrane not only has the characteristics of high tensile strength and low elongation, but also has the waterproof performance of the geomembrane. Therefore, the warp-knitted composite geomembrane is an impermeable material with the functions of reinforcement, isolation and protection. It is a high-level applied geocomposite material in the world today.

characteristic

High tensile strength, low elongation, uniform vertical and horizontal deformation, high tear strength, excellent wear resistance, and strong water resistance.