PP Woven Geotextile

PP Woven Geotextile


Our supplied PP woven geotextile is plastic woven film yarn geotextile, created on large industrial looms that interlace horizontal and vertical threads to form a tight criss-cross or mesh. The flat threads are made by pp resin extrusion, splitting, stretching processing ways. Woven geotextile fabrics tend to be lightweight and much stronger than nonwoven geotextile because of processing way difference. Woven geotextile fabrics tend to be used for construction projects that will be long-lasting. Its performance can meet or exceed our national standard GB/T17690.

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PP woven geotextile Introduction

Our supplied PP woven geotextile is plastic woven film yarn geotextile, created on large industrial looms that interlace horizontal and vertical threads to form a tight criss-cross or mesh. The flat threads are made by pp resin extrusion, splitting, stretching processing ways.
Woven geotextile fabrics tend to be lightweight and much stronger than nonwoven geotextile because of processing way difference. Woven geotextile fabrics tend to be used for construction projects that will be long-lasting. Its performance can meet or exceed our national standard GB/T17690.

Features and benefits

1. High in Strength

2. UV Resistant

3. Rot Resistant

4. Resists Biological Degradation

5. Chemically Inert

6. Increases the Life of your Roads

7. Strengthens and Supports Aggregates

Specification
PP woven geotextile product meet or exceed our national standard GB/T 17690 as showed below.
No.Value          SPE.20-1530-2240-2850-3560-4280-56100-70
Item
1Longitudinal Strength kN/m ≥203040506080100
2Latitudinal Strength kN/m ≥15222835425670
3Tensile Strength Elongation %28
  4Trapezoid Tear Strength (Cross direction), kN≥0.30.450.50.60.751.01.2
5Puncture Resistance,kN≥1.62.43.24.04.86. 07.5
6Vertical Permeability coefficient, m/s ≥10-1~10-4
7Equivalent opening size O95,mm0.08-0.5
8Unit Weight g/m2120160200240280340400
Weight Deviation±10%
9Anti-UV ResistanceAs negotiated
Application

1. Used for heavy loads and soft soils due to the use of a high strength, high modulus stabilization fabric.

2. Reduce localized shear failure in weak subsoil conditions and aid construction over soft subsoils.

3. Reduce rutting in paved or unpaved surfaces.

4. Used when both the strength and separation are needed.

5. Asphalt overlay fabric.

6. Used for shoreline rip rap application.

7. Resists ultraviolet and biological deterioration, rotting, naturally encountered basics and acids.

8. Stable within a PH range of 2 to 13.





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