Steel-plastic geogrid is made by combining high-strength steel wires (or other fibers) through special treatment with polyethylene (PE) or polypropylene (PP),along with other additives.The mixture is extruded to form composite high-strength tensile strips with rough textured patterns on the surface,resulting in high-strength reinforced geostrips.These individual strips are then arranged longitudinally and transversely at specific intervals through weaving or clamping,and their intersections are welded using a specially reinforced bonding fusion technology to form the reinforced geogrid.Product Technical Features:

Low strength and small deformation;

Minimal creep;

Corrosion resistance and long service life: The plastic material acts as a protective layer for the steel-plastic geogrid,supplemented with various additives to provide anti-aging and oxidation resistance.It can withstand corrosion in harsh environments such as acids,alkalis,and salts.Therefore,steel-plastic geogrids can meet the requirements of various permanent projects for over 100 years,with excellent performance and dimensional stability.Convenient and fast construction,short cycle,and low cost: Steel-plastic geogrids are easy to lay,overlap,and position,ensuring a flat surface and avoiding overlapping and交叉.This effectively shortens the project cycle and reduces construction costs by 10% to 50%.Engineering Application Fields:

Soft soil foundation reinforcement,retaining walls,and pavement crack resistance projects in highways,railways,bridge abutments,approach roads,docks,dams,slag yards,and other areas.Engineering Functions of Steel-Plastic Geogrid:

High strength,low creep,and adaptability to various environmental soils,making it fully suitable for use in tall retaining walls of high-grade highways.Effectively enhances the interlocking and occlusal effects of the reinforced bearing surface,significantly improving the bearing capacity of the foundation,effectively restraining lateral displacement of the soil,and enhancing foundation stability.Compared with traditional grids,it offers higher strength,stronger bearing capacity,corrosion resistance,anti-aging properties,a large friction coefficient,uniform mesh,convenient construction,and a long service life.More suitable for deep-sea operations and embankment reinforcement,fundamentally addressing technical issues such as low strength,poor corrosion resistance,and short service life of other materials used in stone cages due to long-term erosion by seawater.Effectively avoids construction damage caused by machinery碾压 and destruction during the construction process.