Thermally bonded geotextile and its advantages

Advantages of thermally bonded geotextile:

  • Durability and wear resistance: Thermally bonded geotextile has high strength, which makes it an effective material for use in various construction projects. It is able to withstand loads and wear during operation.
  • Durability: Thanks to the heat treatment process and the addition of the HALS UV stabilizer, geotextile has durability, which allows it to maintain its characteristics for a long time even when exposed to aggressive environmental factors.
  • Wear resistance to temperature fluctuations: Geotextile retains its wear resistance even with sudden temperature fluctuations, which makes it suitable for use in various climatic conditions.
  • Water transmission: Geotextile provides effective drainage because it perfectly passes water.
  • This makes it an ideal material for use in drainage systems where an even distribution of water is required.
  • Filtration: The pore structure of the geotextile serves as a barrier to solid soil particles, preventing their penetration and siltation of drainage systems. The water, in turn, passes freely, providing effective filtration.
  • Application in various fields: Thermally bonded geotextiles are used not only in the construction of buildings, but also in strengthening and drainage of shores, the creation of hydraulic structures and in other areas due to their technical characteristics.
  • Production technology: The production process described in your material includes heating of propylene, punching, fiber processing and heat treatment of canvases, which ensures a high-quality result.
  • New on the market: This thermally bonded geotextile is a novelty on the Ukrainian market, emphasizing its uniqueness and lack of analogues in quality.
  • Affordability: Affordability makes this material even more attractive to a wide range of consumers.

Such characteristics make thermally bonded geotextile a versatile and sought-after material for various engineering and construction tasks.