0.2mm-1.0mm Thick HDPE Geocomposite Membrane with 1G1M & 2G1M Configurations for Project Anti-Seepage

Our Geocomposite Membrane and Impervious Geotextile is a high-performance integrated anti-seepage geotechnical material available in classic 1G1M and 2G1M composite configurations, with a customizable thickness range from 0.2mm to 1.0mm. It is composited by high-quality impermeable membrane and reinforced geotextile through advanced thermal bonding technology without chemical glue. This dual-structure material combines excellent waterproof impermeability, tensile strength and protective performance, effectively preventing liquid penetration and soil erosion. With stable physical properties and flexible specification options, it serves as a cost-effective and reliable anti-seepage solution for various civil, environmental and water conservancy engineering projects.

Diversified Standard Configurations & Thickness Options: Equipped with mature 1G1M and 2G1M structural configurations and a complete thickness range of 0.2mm to 1.0mm, the product can perfectly match different anti-seepage grade and load-bearing requirements of various projects, realizing targeted material selection and avoiding resource waste.

Dual-Layer Composite Integration & Ultra-Low Permeability: The integrated composite structure of geotextile and impervious membrane delivers outstanding waterproof and anti-seepage performance. It completely isolates water and liquid penetration, effectively blocking underground water seepage and external water infiltration to ensure long-term project anti-seepage stability.

Reinforced Tensile & Puncture Resistance: The outer geotextile layer greatly enhances the overall toughness, tensile strength and anti-puncture capability of the membrane. It can resist sharp particle extrusion and foundation friction during construction and use, preventing membrane damage and ensuring intact anti-seepage structure.

Excellent Environmental Adaptability & Aging Resistance: Featuring great UV resistance, low-temperature resistance and chemical corrosion resistance, the material adapts to various complex soil and climatic environments. It will not crack, deform or age rapidly under long-term buried or outdoor exposure conditions.

Easy Construction & Strong Fitting Performance: The product is lightweight, flexible and easy to cut and lay. It fits closely to various irregular base surfaces with good ductility, effectively reducing construction difficulty, shortening project cycle and lowering overall engineering costs.

Stable Structure & Long Service Life: Adopting integral thermal composite process, no delamination or peeling occurs in long-term use. With excellent anti-aging and anti-degradation performance, it maintains stable anti-seepage and protective effects for long-term engineering operation.

Widely used in municipal landfill anti-seepage and capping, tailings pond and reservoir anti-leakage, artificial lake and wetland water preservation, river course renovation and seepage prevention, underground engineering waterproofing, soft foundation protection, aquaculture pond anti-seepage, and various environmental protection and water conservancy anti-seepage projects.