Steel-Plastic Composite Geogrid with Strong Carrying Capacity, UV Resistance, and 30~120KN/m Tensile Resistance for Heavy-Duty Engineering

Steel-Plastic Composite Geogrid delivers heavy-duty reinforcement solutions for demanding applications in mining and hydraulic engineering. This advanced composite material combines high-strength steel wire with durable polymer coating for superior performance in challenging environments.

• High-Strength Construction: Composed of high-strength steel wire coated with durable polymer material (HDPE/PP)
• Superior Mechanical Properties: Excellent tensile strength and high bearing capacity with outstanding creep resistance
• Enhanced Durability: Corrosion and wear-resistant coating ensures long-term performance in harsh conditions
• Weather Resistance: Superior anti-aging properties for extended service life in mines, wetlands, and demanding environments

• Exceptional Strength: High tensile strength and load-bearing capacity suitable for heavy-duty engineering applications
• Corrosion Resistance: Rust-free performance with extended service life in humid and corrosive environments
• Secure Bonding: Strong adhesion between steel wire and polymer coating prevents peeling and separation
• Easy Installation: Simple construction process ideal for large-scale engineering projects
• Cost-Effective Solution: Superior performance compared to traditional steel mesh and pure plastic geogrids

• Mining tailings pond reinforcement and stabilization
• Hydraulic dam foundation reinforcement systems
• Port terminal apron reinforcement and structural support
• Heavy-duty industrial yard foundation treatment
• Embankment reinforcement for flood control and drainage projects
• Stabilization of high-fill embankments and earth structures