Special Biaxial Plastic Geogrid For Ground Landscaping And Green Environment

Product Introduction

Bidirectional plastic geoggrid is a kind of high strength reinforced geosynthetic material, which is mainly made of high polymer by extrusion, plate forming, punching process and then longitudinal and transverse stretching. This material has great tensile strength both longitudinally and laterally, providing effective bearing capacity and stability.

Product Property

1. High strength: The bidirectional plastic geoglyceris has high tensile strength in both longitudinal and transverse, and can withstand large loads.
2. Structural stability: Its nearly square network structure provides good mechanical properties and stability.
3. Anti-aging, corrosion resistance: After adding anti-ultraviolet and anti-aging additives, it has good acid resistance, alkali resistance, corrosion resistance and anti-aging properties.
4. Convenient construction: The construction method is simple, sand cushion layer is set after the excavation of the foundation bed and rolled into a platform, the longitudinal axis of the grid should be consistent with the main force direction, and the joint is bound with plastic tape and fixed on the ground with U-shaped nails.

Product Application

1. Roadbed reinforcement: In the construction of transportation infrastructure such as roads and railways, two-way plastic geoglishes can be used for roadbed reinforcement. It can improve the bearing capacity and stability of the roadbed, reduce settlement and deformation, and extend the service life of the road.
2. Slope protection: suitable for slope protection projects in mountainous areas, river banks and other areas, which can effectively prevent slope sliding and collapse.
3. Large landfills: In large landfills, bidirectional plastic geogles enhance the bearing capacity of the soft soil foundation and prevent surface cracks and collapse.
4. Culvert, mine, roadway support: can also be used in culvert, mine, roadway and other support and reinforcement engineering, is currently used more widely a geosynthetic material.

Product Specification and Technical Index