The performance parameters of woven geotextiles directly determine their engineering applicability, with the following core indicators, all of which comply with authoritative industry standards:

      • Tensile strength: Longitudinal 20-200 kN/m, transverse 15-180 kN/m, with generally higher tensile strength in the warp direction than the weft direction. Customizable strength grades are available based on engineering requirements, maintaining 95% strength retention (ASTM D 4355) in buried environments;

      • Elongation: 5%-25% (ASTM D 4595), low elongation effectively prevents engineering deformation and ensures stable reinforcement performance;

      • Permeability: With a permeability coefficient of 0.01-0.1 cm/s, it allows water flow while intercepting soil particles, achieving a filtration efficiency of over 90%;

      • Weight and Width: The weight range is 100-400g/㎡, with a width of 1-6m, which can be customized according to on-site project requirements to reduce construction splicing workload;

      • Environmental Resistance: Resistant to acids and alkalis (pH 3-11), UV aging (strength retention rate ≥80% after 500 hours of exposure), and microbial erosion, while also possessing certain puncture and tear resistance capabilities, suitable for various complex geological and soil environments;

      • Other performance characteristics: Excellent overall continuity, lightweight, convenient construction, effective stress dispersion in soil, and enhanced stability of engineering structures.