"plastic geogrid"

Heavy Duty Uniaxial Plastic Geogrid for Embankment Reinforcement High Load Bearing and Infrastructure Stability Product Description This heavy duty uniaxial plastic geogrid is engineered for demanding infrastructure projects requiring high load bearing capacity. It ensures long-term performance even under extreme stress conditions. Technical Specification Item Range Strength 35 to 200 KN m Material PP HDPE Elongation ≤10 percent Application Embankment Color Black Standard GB

High Tensile Steel Plastic Geogrid Foundation Stabilization Heavy Duty Engineering Product Description This Steel Plastic Geogrid is engineered for foundation stabilization in heavy-duty construction projects. It effectively improves load-bearing capacity and prevents structural failure in weak soil conditions. The steel reinforcement ensures high tensile strength, while the polymer coating provides protection against corrosion. This combination results in a durable and

High Strength Steel Plastic Geogrid Heavy Load Reinforcement Road Foundation Product Description Steel Plastic Geogrid is a composite reinforcement material combining high tensile steel wire with polymer coating. Through extrusion and welding processes, it forms a grid structure with excellent load-bearing performance and strong resistance to deformation. Compared with traditional plastic geogrids, this product offers significantly higher tensile strength and lower elongation

Heavy Duty Biaxial Plastic Geogrid for Airport Parking Lot Foundation Reinforcement and Load Bearing Product Description Designed for heavy load applications such as airports and parking lots, biaxial geogrid provides strong reinforcement and prevents ground deformation under repeated traffic loads. Technical Specification Parameter Value Strength 15 to 50 KN m Material PP Aperture 25 to 50 mm Width 4 to 6 m Length 50 m Color Black Application Airport Durability Long Why

High Strength PP PE Biaxial Plastic Geogrid Road Reinforcement Soil Stabilization Product Description Biaxial Plastic Geogrid is a high-performance geosynthetic reinforcement material manufactured through extrusion, punching, heating, and bidirectional stretching. The grid structure provides uniform strength in both longitudinal and transverse directions, forming a strong mechanical interlock with soil or aggregate. In infrastructure construction, weak soil conditions often

Cost Effective Biaxial Plastic Geogrid For Road Construction And Ground Stabilization Product Description This biaxial geogrid is engineered for cost-effective ground stabilization. Its grid structure ensures strong interlock with aggregates, preventing displacement and improving soil stability. It is ideal for construction projects where performance and cost control are both important. The product reduces excavation depth and aggregate usage, making it a sustainable solution

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 60–120 Elongation % ≤3 Joint Strength N ≥500 Width m 2–6 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

Product Description Fiberglass Geogrid is a high-performance geosynthetic material designed for road reinforcement and asphalt stabilization. Manufactured from alkali-free glass fiber yarns, it offers exceptional tensile strength, minimal elongation, and long-term structural integrity under heavy loads. The unique mesh structure allows effective stress distribution across pavement layers, reducing reflective cracking and extending service life. With a specialized coating, the