Polypropylene Woven Geotextile - Polypropylene Woven Geotextile
Geomembrane Liner
Geomembrane Liner
09/09/2020
filament non woven geotextile
Filament Polyester Geotextile Fabric
09/01/2020

Polypropylene Woven Geotextile

Product Description


Woven Geotextile is made of virgin polypropylene fibers. WT brand polypropylene woven geotextile is woven and blended by at least two rows of parallel yarns (or tape yarn) using different weaving machines and technologies to weave the warps and wefts into textile-shape with various thickness and compactness according to different applications. So our polypropylene woven geotextile is high in strength to allow for maximum slope support, stabilization and erosion control. Our Polypropylene woven geotextile is relatively light in weight, strong tensile strength, smaller elongation as well as brilliant stability. It is widely used in roads, pavements, railroads, structures and water conservancy project, etc.

Product Applications


  1. Water conservancy project such as river bank, dam protection, diversion irrigation; reservoir seepage and consolidation project, Filling sandbags.
  2. Road Project like soft foundation treatment, slope protection, road surface antireflection structure layer, drainage system, greenbelt.
  3. Railway project like railway foundation reinforcement, embankment slope strengthen layer and tunnel lining layer.

Product Specifications


Property WTG20-15 WTG30-20 WTG40-28 WTG50-35 WTG60-42 WTG80-56 WTG100-70
Breaking Strength in MD KN/m 20 30  40  50  60  80 100
Breaking Strength in MD KN/m 15 22 28  35  42  56  70
Elongation Rate

25%

Trapezoidal Tearing Strength, KN >= 0.2 0.27  0.34  0.41  0.48  0.6  0.72
 CBR Mullen Burst Strength KN  1.6  2.4 3.2 4 4.8 6 7.5
Vertical Permeability cm/s

 10-1~10-4

Sieve Size O90 (O95) (mm)

0.07~0.50

Unit Weight (g/m2) 120 160 200 240  280 340 400
Variation

±10%

Product Features


  1. High tensile strength
  2. UV Resistant
  3. low elongation
  4. Resists Biological Degradation
  5. Resistant to ultraviolet degradation
  6. hemically Inert
  7. Strengthens and Supports Aggregates
  8. Increases performance life of the road
  9. Withstands tough construction loading
  10. Ease of installation