"hdpe geonet"

Cost Effective HDPE Geonet for Soil Reinforcement Road Base Stabilization and Construction Efficiency Improvement Product Description Geonet is a cost effective solution for soil reinforcement and road base stabilization. It reduces material usage while improving performance. Technical Specification Parameter Unit Range Material HDPE Weight g/m 500 to 1240 Mesh Size mm 8*6 to 74*74 Strength KN/m 5 to 18 Thickness mm 5 UV Resistance Hours 500 Color Black Standard GB

UV Resistant HDPE Geonet for Slope Stabilization Soil Erosion Control and Environmental Protection Product Description HDPE Geonet is widely used in slope stabilization and erosion control projects. It provides mechanical reinforcement to soil and prevents surface erosion caused by rainwater and wind. The flexible structure adapts to uneven surfaces and maintains soil stability. It also supports vegetation growth, which further enhances slope protection. Technical Specificati

Product Description Geonet is a high performance geosynthetic material manufactured from high density polyethylene with UV stabilizers. It is widely used in civil engineering applications to improve soil stability, enhance load distribution, and extend the service life of infrastructure. The grid structure allows granular materials to interlock effectively, forming a stable load bearing layer. This mechanism helps reduce settlement and prevents reflective cracking in

Product Description Plastic Geonet is designed for highway and railway subgrade reinforcement. It enhances the structural integrity of the base layer by distributing loads evenly and preventing localized stress concentration. The interlocking effect between aggregates and the geonet grid creates a stable platform that reduces deformation and settlement. This improves the durability of the pavement and reduces maintenance costs. It is especially suitable for soft soil

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 m/s 3.0*10 Peel Strength KN/m 0.17 Fabric Weight g/m 200 Width m 2 to 6 Length m Custom Load Capacity kPa 3000 Material HDPE Standard CJT452 Why Choose Us High drainage

Product Description Geonet is widely used in coastal and hydraulic engineering to protect embankments from wave impact and erosion. Its flexible yet strong structure absorbs wave energy and prevents soil displacement. Technical Specification Parameter Unit Value Strength KN/m 5 to 18 Thickness mm 5 Weight g/m 500 to 1240 Mesh Size mm 10 to 74 Material HDPE UV Resistance Hours 500 Color Black Standard GB T19470 Application Coastal Why Choose Us Strong wave

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 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/cm 0.939 Carbon Black % 2 to 3 Strength

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