Short Fiber Geotextile, Waterproof Geotextile, Short Fiber Geotextile, Long Fiber Geotextile, etc.



















价 格Negotiable
最小起订0 Piece库存0 Piece
Short fiber geotextile
Negotiable
Polyacrylonitrile fiber
Negotiable
Eco-Bags
Negotiable
EVA Waterproof Sheet
Negotiable
Flexible Perforated Drip Pipe
Negotiable
3D Vegetation Net
Negotiable
Coarse-textured geotextile membra
Negotiable
Permeable geotextile
Negotiable
Rigid Perforated Pipe
Negotiable
Geotextile fabric for waterproofi
Negotiable

Product Features:
Geosynthetic clay liner features even quality, strong impermeability, good flexibility, suitable for uneven foundation settlement, and excellent healing ability for cracks and other defects, preventing soil leakage.
Product Application:
Primarily used for underground waterproofing and seepage prevention construction in municipal, highway, railway, water conservancy, environmental protection, as well as industrial and civil construction.
Its unique functions, unlike those of geomembrane:
Below the geotextile membrane in the main lining of landfill sites.
2. Under the geotextile liner in the landfill subgrade.
3. Beneath the geomembrane in the landfill and above the clay layer, which is the village layer composed of three components.
4. Soil geomembrane beneath landfill cover layer
5. Adjacent to the geotextile membrane in the vertical waterstop wall.
6. Placed on the geotextile membrane to prevent coarse materials from piercing the membrane.
7. Second-layer tree layer for underground water storage wells
5) Drainage for slippery ground;
6) Coal-fired power plant ash pond drainage; landfill project drainage.
7) Drainage for sports fields, golf courses, baseball fields, soccer fields, parks, and other recreational green spaces.
8) Roof garden and planter box drainage
9) Construction foundation excavation drainage
10) Agricultural and horticultural underground irrigation and drainage systems
11) Drainage systems for low-lying and wet areas. The drainage materials used in land preparation projects, internationally known as composite geosynthetic drainage bodies, are also referred to as three-dimensional drainage boards and concealed drainage channels for civil engineering. These are three-dimensional porous materials formed by heating thermoplastic synthetic resins to melt them, then extruding fiber filaments through nozzles to overlap and melt-fusing their junction points together.

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