"geo fabric"

Cost Effective Steel Plastic Geogrid Infrastructure Reinforcement Solution High Strength Product Description Steel Plastic Geogrid provides a cost-effective solution for infrastructure reinforcement by combining high strength with reduced material consumption. It improves structural performance while lowering overall project costs. Its ability to distribute loads efficiently allows for thinner base layers and less aggregate usage. This makes it an economical choice for large

Product Description This 3D Composite Drainage Geonet is designed specifically for landfill leachate collection systems. It ensures efficient drainage and prevents contamination of surrounding soil and groundwater. The geotextile layers act as filters, while the core provides high capacity drainage channels. This combination minimizes clogging and maintains long term performance. Technical Specification Parameter Unit Range Density g/cm³ ≥0.939 Carbon Black % 2 to 3 Strength

Product Description Geosynthetic Clay Liner is an anti-leakage geosynthetic material, especially used in artificial lakes, landfills, underground garages, roof gardens, pools, oil de- pots, and chemical storage yards. Sodium-based bentonite is filled between the special composite geotextile and non-woven fabric. The bentonite anti-seepage pad made by the needling method can form a lot of small fiber spaces and effec- tively prevent water leakage. Product Features 1.

Product Description 3D Composite Drainage Geonet is widely used in highway drainage systems to manage water effectively and prevent structural damage. It provides consistent drainage and reduces water pressure buildup. Technical Specification Parameter Unit Value Strength KN/m ≥16 Conductivity m²/s ≥3.0*10⁻⁴ Peel Strength KN/m ≥0.17 Fabric Weight g/m² ≥200 Width m 2 to 6 Length m Custom Load Capacity kPa 3000 Material — HDPE Standard — CJT452 Why Choose Us High drainage

Product Description 3D Composite Drainage Geonet is an advanced geosynthetic drainage material designed to provide efficient water flow, filtration, and protection in engineering applications. It combines a three dimensional HDPE geonet core with nonwoven geotextile bonded on both sides, forming a multifunctional drainage system. This structure integrates filtration, drainage, and protection into one product. The geotextile layer prevents soil particles from entering the core

Product Description 3D Composite Drainage Geonet is engineered for high performance drainage in infrastructure projects such as tunnels and highways. The composite structure provides a reliable pathway for water flow while preventing soil intrusion. The core geonet creates continuous channels for water movement, while the bonded geotextile acts as a filtration barrier. This dual function design ensures stable drainage even in high pressure environments. It is particularly

Product Description This bentonite waterproof liner is designed for water containment and artificial lake construction projects. It uses natural sodium bentonite as the core sealing material, which expands upon hydration to form a dense impermeable layer. The liner is encapsulated between geotextile layers that provide mechanical strength and ensure even distribution of the bentonite. This structure enhances durability while maintaining excellent flexibility. It is widely

Product Description This high performance GCL liner is designed for environmental protection applications such as chemical storage yards and oil depots. It provides a reliable barrier against hazardous liquid leakage, protecting soil and groundwater. The core material is sodium bentonite, which swells upon contact with moisture to create a highly impermeable layer. The surrounding geotextile layers ensure structural stability and prevent material displacement. Its excellent

Product Description This GCL waterproof liner is widely used in underground construction and basement waterproofing systems. It provides a reliable anti seepage barrier that prevents groundwater infiltration. Its flexible structure allows it to conform to complex surfaces, ensuring complete coverage. After hydration, the bentonite layer forms a dense seal that blocks water movement. It is ideal for underground garages, foundation systems, and construction projects requiring