Long filament woven geotextile

Product Introduction:

Woven geotextile is made by using high-strength and low elongation synthetic fiber filaments such as polypropylene and polyester as raw materials, and weaving them through special processes. Its characteristics are high mechanical strength such as tensile strength, tear resistance, burst resistance, and puncture resistance

8 times the weight of short fiber geotextile and 5 times that of polyester long fiber geotextile, their high strength is particularly suitable for reinforcement, protection, and isolation engineering. At the same time, they have superior hydraulic performance and are suitable for flat filtration with large void sizes and equivalent pore sizes of 0.07-0.5mm. They have strong resistance to clogging and creep, making them particularly suitable as a filter layer for non cohesive soil.

Product Features:

High strength: Using high-strength industrial synthetic fibers such as polypropylene, polyester, nylon, etc. as raw materials, it has high original strength. After weaving, it forms a regular interwoven structure, further improving its comprehensive load-bearing capacity.

Durability: The characteristic of synthetic fibers is that they are not easily denatured, decomposed, or weathered. Can maintain its original characteristics for a long time.

Corrosion resistance: Synthetic fibers generally have acid resistance, alkali resistance, insect resistance, and mold resistance.

Permeability: Woven fabrics can effectively control their structural pores to achieve a certain degree of permeability.

Convenient storage and transportation: Due to its light weight and the ability to be packaged according to certain requirements, transportation, storage, and construction are all very convenient.

Application scope:

1) Isolation, reinforcement, and protection of the bottom, slopes, and sealing of landfill sites and environmental protection projects;

2) Reinforcement, filtration and erosion control of hydraulic engineering, ports, dams and slope protection, isolation and bottom protection of channels;

3) Basic isolation, filtration, soil slopes, retaining walls, and road surface reinforcement for highways, railways, and airport runways;

4) Soft foundation treatment and slope protection for port engineering, reinforcement, drainage, sandbag filling, and soft material drainage for beach embankments, harbor terminals, and breakwaters.