"geo fabric"

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

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

High Performance Steel Plastic Geogrid Soil Reinforcement Low Deformation Infrastructure Product Description Steel Plastic Geogrid is designed for advanced soil reinforcement where structural stability and low deformation are critical. By integrating high-strength steel wires within a polymer coating, this product achieves a superior balance between rigidity and flexibility, making it highly effective for infrastructure applications such as highways, railways, and industrial

Durable 3D Geomat for Embankment Protection Vegetation Growth and Anti Erosion Engineering Product Description 3D Geomat is widely used in embankment protection projects where soil erosion and slope instability are major concerns. The material provides a flexible yet strong reinforcement layer that holds soil in place while allowing vegetation to grow naturally. Its three dimensional structure improves soil stability by distributing stress evenly and reducing displacement.

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

High Strength PP HDPE Uniaxial Plastic Geogrid for Road Reinforcement Retaining Wall Soil Stabilization Product Description Uniaxial Plastic Geogrid is a high performance geosynthetic material designed for soil reinforcement and load bearing applications. It is manufactured by extruding polymer sheets and stretching them in one direction to form a highly oriented grid structure with excellent tensile strength. This geogrid is specifically engineered to provide superior

High Strength Uniaxial Plastic Geogrid for Retaining Wall Reinforcement Soil Stabilization and Load Distribution Product Description Uniaxial Plastic Geogrid is a high-performance geosynthetic reinforcement material engineered to provide exceptional tensile strength in one principal direction. Manufactured through a process of extrusion and longitudinal stretching, the polymer chains are highly aligned, resulting in superior load-bearing capacity and long-term stability. This

Heavy Duty Steel Plastic Geogrid Road Base Reinforcement High Strength Product Description Designed for heavy-duty engineering, this Steel Plastic Geogrid enhances load distribution and reduces deformation. It ensures stable road performance under heavy traffic conditions. Technical Data Table Spec Unit Data Tensile Strength kN/m 60120 Elongation % 3 Joint Strength N 500 Width m 26 Length m 50 Material Steel PE Surface Rough Why Choose Us Stable supply fast delivery

Durable Steel Plastic Geogrid Embankment Reinforcement High Stability Long Service Life Product Description Steel Plastic Geogrid is widely used in embankment reinforcement projects due to its excellent stability and durability. The combination of steel wire reinforcement and protective polymer coating creates a material that can withstand high loads while maintaining long-term performance. In embankment construction, uneven settlement and soil instability are common