"synthetic clay liner"

High Density Bentonite Geosynthetic Clay Liner for Landfill Waterproofing and Anti Seepage Protection Product Description Geosynthetic clay liner is a highly effective anti seepage material widely used in environmental engineering and containment systems. It is manufactured by sandwiching a layer of high swelling sodium bentonite between a nonwoven geotextile and a woven carrier fabric through a needle punching process. When exposed to water, the bentonite layer absorbs

High Density Bentonite Geosynthetic Clay Liner for Landfill Waterproofing and Anti Seepage Protection Product Description This chemical resistant GCL liner is designed for industrial containment systems such as oil depots and chemical storage yards. It provides a strong barrier that prevents hazardous liquid leakage. The sodium bentonite core ensures excellent sealing performance, while the geotextile layers provide structural strength. This combination allows the liner to

Bentonite GCL Liner for Pond Lake Waterproofing Water Retention and Landscape Engineering Product Description This bentonite GCL liner is designed for water retention applications such as ponds, lakes, and landscape engineering projects. It provides a natural and effective solution for preventing water loss. The sodium bentonite layer expands significantly when hydrated, forming a low permeability barrier that minimizes seepage. This ensures stable water levels and reduces

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

Product Description This high sealing bentonite GCL liner is engineered for landfill containment systems where reliable leakage prevention is essential. It integrates sodium bentonite between two geotextile layers to form a durable composite barrier. Upon hydration, the bentonite swells and fills voids within the structure, creating a dense and impermeable layer that blocks liquid migration. This sealing mechanism ensures long term protection even under pressure and harsh

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 eco friendly bentonite liner is designed for a wide range of waterproofing and anti seepage applications. It uses natural bentonite, which is non toxic and environmentally safe. The product forms a natural waterproof barrier when hydrated, making it ideal for environmental protection projects. It is widely used in water conservancy, landscaping, and infrastructure construction. Its combination of flexibility, durability, and environmental safety makes

Product Description This flexible GCL waterproof liner is widely used in building construction, particularly for roof gardens and basement waterproofing. It provides a continuous anti seepage barrier that protects structures from water infiltration. Its flexible structure allows it to conform to complex building surfaces, ensuring complete coverage without gaps. Once hydrated, the bentonite forms a dense seal that prevents water penetration. Compared with traditional