Geotextile fabric is manufactured from polypropylene and polypropylene-ethylene copolymer flat filaments as raw materials, consisting of at least two sets of parallel yarns (or flat filaments). One set arranged longitudinally along the weaving machine (in the direction of fabric movement) is referred to as the warp yarn, while the other set arranged transversely is termed the weft yarn.By using different weaving equipment and techniques, warp yarns and weft yarns are interwoven to form a fabric-like structure. Depending on the intended application, the fabric can be woven with varying thicknesses and densities. Generally, geotextiles woven from this method exhibit relatively thin profiles with significantly higher tensile strength in both longitudinal and transverse directions (warp direction exceeding weft direction), demonstrating excellent stability properties.

1. Reinforcement effect
Applicable to rock engineering projects such as highways, railways, airports, stone dams, slope protection embankments, retaining wall backfilling soil, and retaining slopes. It disperses soil stress, increases soil modulus, restricts soil slippage, and enhances stability.
2. Safety action
Prevent the embankment from erosion by wind, waves, tides, and rainfall, and utilize it for bank protection, slope stabilization, and foundation reinforcement to mitigate soil erosion. 3. Reverse filtration effect
Used as filter layers for dikes, dams, riverbanks, coastal rock slopes, earth slopes, and retaining walls to prevent sand particles from passing through while allowing free flow of water or air. Geotextile fabric is manufactured from polypropylene and polypropylene-ethylene copolymer flat fibers, consisting of at least two parallel yarn (or flat fiber) sets. One set arranged longitudinally along the weaving machine's direction of fabric movement is called warp yarn, while the other horizontally arranged set is referred to as weft yarn.By using different weaving equipment and techniques, warp yarns and weft yarns are interwoven to form a fabric-like structure. Depending on the intended application, the fabric can be woven with varying thicknesses and densities. Generally, geotextiles woven from this method exhibit relatively thin profiles with significantly higher tensile strength in both longitudinal and transverse directions (warp direction exceeding weft direction), demonstrating excellent stability properties.