BPM-Geosynthetics - Model GSZ -Steel Plastic Geogrid Mesh

Due to reinforced steel biaxial geogrid combined with the regular rough pattern on the surface, the steel plastic geogrid mesh has great tensile strength, perfect corrosion resistance and excellent wear and tear resistance, etc. The stress and the friction between the soil and the fill generally limit the shearing of the foundation and the lateral extrusion bulge. The high rigidity of the reinforced soil cushion by the steel plastic geogrid mesh is beneficial to the diffusion of the upper foundation load and the uniform distribution. To the lower soft soil layer, the bearing capacity of the foundation is better improved. Due to the effect of the reinforced mat soil layer, the overall rigidity of the foundation within the compression layer is increased, which is beneficial to adjust the deformation of the foundation. Steel plastic geogrid reinforcement can effectively enhances the bearing capacity of foundation and prevents the soil from lateral displacement due to its high friction coefficient and the bearing capacity. The reinforced soil composite cushion formed with the help of the reinforced steel plastic geogrid mesh can even absorb the earthquake energy well, so its seismic performance is good.

• High tensile strength and tensile modulus
• Excellent corrosion resistance
• High wear and tear resistance
• Less deformation, stronger bearing capacity
• High friction coefficient
• Excellent dimensional stability
• Good performance for seismic waves
• Good durability
• Excellent long-term performance
• Easy to install
• High quality, factory price

The steel plastic geogrid mesh can uniformly transmiss of upper foundation load to lower soft soil layer, and thus improves the bearing capacity of the foundation. It is the ideal geosynthetic material for the reinforcement treatment of soft soil foundation, strengthening shear resistance of the soil body, widening of old roads, reinforcement of retaining walls, slopes, roads, railways, highways and bridge abutments, and coastal embankments, etc.