Lightweight Drainage Composite Geotextile - Up to 6m Width, Custom Weight & Tensile Strength for Civil Engineering
Professional lightweight drainage composite geotextile combining woven and nonwoven materials for superior soil stabilization and drainage. Features high water permeability, corrosion resistance, and customizable specifications up to 6m width. Ideal for hydraulic projects, road construction, railway reinforcement, and aviation infrastructure with easy installation and long-term durability.
Lightweight drainage composite geotextile engineered for superior soil stabilization and drainage performance in various civil engineering applications.
| Weight | Customizable according to project requirements |
| Width | Up to 6 meters maximum width |
| Tensile Strength | Customized to meet specific engineering needs |
Manufactured by compounding split silk woven geotextile or filament woven geotextile with nonwoven geotextile through acupuncture process. This composite construction combines the performance benefits of both woven and nonwoven geotextiles.
- Enhanced Soil Strength: Increases tensile strength and prevents soil deformation while improving structural stability
- Stress Distribution: Effectively disperses, transfers, and decomposes concentrated stress to prevent soil damage
- Separation Barrier: Prevents mixing of gravel, soil, and concrete between upper and lower layers
- Non-Clogging Mesh: Reticular structure with energy and mobility prevents blockage
- High Water Permeability: Maintains excellent drainage performance even under soil pressure
- Corrosion Resistance: Made from polypropylene or polyester fibers resistant to acids, alkalis, insects, and oxidation
- Easy Installation: Lightweight construction ensures convenient handling and efficient installation
- Sea embankments
- River bank protection
- Lake dike construction
- Anti-flood rescue operations
- Soft soil improvement
- Slope protection systems
- Road surface anti-reflection
- Drainage systems
- Railway slope reinforcement
- Tunnel waterproofing systems
- Water discharge covert ditches
- Fly ash dams for power plants
- Hydropower station construction
- Runway foundation improvement
- Apron structural courses
- Airport road systems
- Drainage infrastructure