PRODUCT CENTER
Multi-colors HDPE Geomembranes
Product Name:HDPE/LDPE Geomembrane
Material:HDPE/LDPE/LLDPE in Virgin or mixed or recycled
Surface:both sides smooth / both sides textured / one side smooth, the other side textured / as your request
Thickness:0.1mm - 5.0mm
Size Width:1M - 12MLength: 50M - 200M (or as request)
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Material:HDPE/LDPE/LLDPE in Virgin or mixed or recycled
Surface:both sides smooth / both sides textured / one side smooth, the other side textured / as your request
Thickness:0.1mm - 5.0mm
Size Width:1M - 12MLength: 50M - 200M (or as request)
Product Name: Geomembrane
Product specifications: thickness 0.2-3mm/6m*50m, can be customized
Product material: HDPE
Product color: black, green
Product use: Waterproof and anti-seepage of various projects such as landfills, sewage treatment ponds, biogas digesters and reservoir areas, channels, reservoirs, etc.
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Product specifications: thickness 0.2-3mm/6m*50m, can be customized
Product material: HDPE
Product color: black, green
Product use: Waterproof and anti-seepage of various projects such as landfills, sewage treatment ponds, biogas digesters and reservoir areas, channels, reservoirs, etc.
Three dimensional composite drainage net
The composite drainage network is made of three-dimensional geonet double-sided bonded geotextile, which combines geotextile (reverse filter function) and geonet (drainage and protection function), providing "reverse filter-drainage-protection" effect. The three-dimensional structure of the composite drainage net core can withstand high compressive loads during the entire use process, and can maintain a considerable thickness, providing good water conductivity.
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Steel-plastic composite geogrid is a geotechnical material composed of steel wire and high-density polyethylene (HDPE) plastic. Its main function is to strengthen, support and protect the soil and surface to improve the stability and bearing capacity of the soil.
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Unidirectional tensile geogrid
Uniaxially stretched geogrid is a kind of high molecular polymer as the main raw material. After uniaxially stretching, the originally scattered chain molecules are rearranged into a linear state. After extrusion, it is pressed into a thin plate and then punched into a regular mesh. , and then longitudinally stretched into a high-strength high-strength wood material
In this process, the polymer is made into an oriented linear state and forms a long elliptical network-like integral structure with uniform distribution and high node strength.
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