This advanced drainage geotextile combines split silk woven geotextile or filament woven geotextile with nonwoven geotextile through acupuncture manufacturing. The composite construction delivers the combined performance benefits of both woven and nonwoven geotextiles, making it ideal for demanding civil engineering applications including railways, highways, stadiums, dams, waterworks, coastal tidal flats, reclamation projects, and environmental protection initiatives.

• Enhanced Soil Reinforcement: Increases tensile strength and dimensional stability of soil masses while improving structural stability
• Stress Distribution: Effectively disperses, transfers, and decomposes concentrated stress to prevent soil damage from external forces
• Separation Performance: Prevents mixing between upper and lower layers of gravel, soil, and concrete
• Superior Drainage: Mesh structure resists clogging while maintaining excellent water permeability even under soil pressure
• Chemical Resistance: Manufactured from polypropylene or polyester fibers for exceptional resistance to acids, alkalis, corrosion, insects, and oxidation
• Easy Installation: Lightweight construction ensures convenient handling and efficient project implementation