200GSM Geotextile Stabilization Fabric High Strength Lightweight For Retaining Walls

Description of high strength woven geotextile Stabilization Fabric

Woven geotextile mainly uses PP , PE as raw materials. It has high strength and can keep enough strength and elongation in dry and wet conditions.It has long term corrosion resisrance in the soil and water with different PH;There are gaps between flat yarns,making it has excellent water permeability performance.Due to its excellent microbiological degradation resistance ,the geotextile is free from damaged by micro-organism and worm.The material is light and soft,so it is convenient to transport and install.

Features of high strength woven geotextile Stabilization Fabric:

A high strength: the use of plastic flat, dry and wet conditions can be maintained in full force and elongation.
2 Corrosion resistance: pH in different soil and water to long-term corrosion resistance.
3 good water permeability: the gap between the flat yarn, it has a good permeability.
4 good anti-microbial resistance: the micro-organisms, insects are not compromised
5 to facilitate the construction: Due to light weight, soft, so the transport, laying and easy construction

Application of high strength woven geotextile Stabilization Fabric:

Filtration effect for the embankment, dam, river, drainage and coastal rock, slopes, retaining walls of the filter layer to prevent sand particles through, and allow the free passage of water or air, also can be processed into a tube filled with sediment water bags pulp, until the water discharged from the bag after the consolidation, a large number of projects for reclamation from the sea dike.
Isolated role for railways, highways, airports and ground surface layer of separation between different materials, different sizes of the two types of sediment, sediment and ground stone, or other basic materials or isolation.
Reinforced role for the roads, railways, airports, earth dam, breakwater, retaining wall backfill, slope and other geotechnical engineering, dispersion of soil stress, increasing soil modulus, limiting soil slippage, increase stability.