Woven geotextile is cost effective for soil separator, stabilization, filtration, erosion control and marine protection due to their high tensile strength, good puncture resistance, high elongation, excellent thermal stabilization and ultraviolet ray resistance.
Woven Geotextile
Woven geotextile has polyester woven geotextile and polypropylene woven geotextile. A geotextile consists of two or more yarns, strips, or other components, usually interwoven vertically. The woven geotextile structure is stable, and the engineering parameters are up to standard. It can meet the requirements of filter, isolation, reinforcement, protection, and other purposes of various geotechnical engineering.
Woven Geotextile
Long Fiber Woven Geotextile Specifications
Click to download the PDF version of woven geotextile Specifications
Short Fiber Woven Geotextile Specifications
Click to download the PDF version of woven geotextile Specifications
Woven Geotextile
The price of woven geotextile depends on the strength and weight of the product and the material, Our woven geotextile has PP and PET material, the geotextile price about 2600usd/ton. The different weights have different strengths. And the different project needs different specifications, if you have project or orders, we will provide competitive price.
FAQ:
Q: What is woven geotextile?
A: Woven geotextiles are textile materials consisting of regular planar structures formed by weaving from the interweaving of some threads (warp and weft, perpendicular to each other), allowing obtaining a fabric with excellent mechanical properties and regular openings, even the smallest ones.)
Q: What is the difference between woven and nonwoven geotextile?
A: Generally, wovens have higher strength values, while nonwovens have higher flow rates and permittivity.
Q: Why do we use geotextile?
A: Among their many uses, geotextile fabrics provide erosion control, help with drainage, and help with soil stability. … Lightweight geotextiles are used in drainage, landscaping, and filtration where they help allow water to escape but don’t need to support structures.
