Highway Construction 400gsm PP / PET Short Fiber High Strength Non Woven Geotextile Fabric

Non woven Geotextile Fabric Description

Material: Polyester(PET)

Weight / Mass: 100gsm ~ 800gsm

Width: 1m ~ 6m

Length: 50m or 100m/roll

Thickness: 0.9mm ~ 5.0mm

Temperature range: -60℃ ~ +60℃

Color: Black , white , grey, green

PET short fiber geotextile was made from virgin polyester chips, the continous filament was extruded from polyester chip by machine directly by spunbond process. Pet Long Fiber Non woven Geotextile punch together to get the stable 3D with higher strength fabric . so Non woven Geotextile Fiber has high strength , good creep property excellent and erosion resistance, aging-resistance and heat resistance.

Non woven Geotextile Fabric Specification

Non woven Geotextile Fabric Features

1.Good water permeability due to gaps between the fibers.

2.Easy to use. Convenient for transportation,laying and construction due to its light and soft material.

3.Make use of its pulling resistance and deformation resistance that can strength the soil to reinforce the stability of the construction structure and improve the soil’s quality.

4.High soaking quality—at the pressure of soil, it also can keep good soaking quality.

5.The construction is easy; the weight is light, convenient for using, and it making construction easy.

Non woven Geotextile Fabric Application

The nonwoven fabric can be used in almost any stabilization,separation or cushioning application,and they are most commonly used in areas that also require filtration.The non woven design of the material provides a higherrate of flow through,making it easier for water to pass through the material.Some commen uses of the material includes the following:

1.Anti-scouring materials for river dykes and slope protection;

2.Anti-cracking material for asphalt pavement.

3.River bank protection and tunnel

4.Filtration or separation layers in civil engineering projects of roads and railway construction;

5.Landscaping projects to maintain soil and protect land surfaces and structures from weeds and root growth.