High Quality Steel Plastic Geogrid for Sale

Product Details

The material properties and manufacturing process of steel-plastic geogrids: Steel-plastic geogrids perform exceptionally well in terms of durability. Their corrosion resistance far exceeds that of ordinary geotechnical materials, and they can remain stable for a long time in complex chemical environments such as acids, alkalis, and salts, effectively resisting the erosion of various chemical substances. It also has outstanding wear resistance. Even under harsh working conditions with frequent force and friction, it is not prone to damage or wear. The birth of this high-performance material stems from advanced production techniques - using high-strength steel as the framework, through precise coating technology, pure polyethylene or high-density polyethylene is evenly and firmly wrapped around the surface of the steel. Subsequently, a special ultrasonic welding technology is employed to closely combine all parts of the material, thereby endowing it with excellent physical properties.

The reinforcement process of steel-plastic geogrids: The reinforcement process of steel-plastic geogrids is extremely precise and flexible. Under the precise control of the same planner, through the welding process, the materials are constructed into a crisscrossing and orderly spacing structure. The advantage of this structure lies in that the diameter of the steel wire mesh and the number of steel wires can be flexibly adjusted according to the specific requirements of different projects for reinforcement force. Whether it is a small-scale road maintenance project or a large-scale bridge and embankment construction project, through customized reinforcement solutions, steel-plastic geogrids can fully play their role in enhancing soil stability in the project and meet diverse engineering demands.

The reinforcement principle and advantages of steel-plastic geogrids: Steel-plastic geogrids have achieved remarkable results in the field of foundation reinforcement. The unique structural design on its surface creates a high friction coefficient between it and the soil. Combined with its strong bearing capacity, it can significantly enhance the bearing capacity of the foundation, effectively suppress the trend of lateral displacement of the soil, and provide a solid and stable foundation for engineering structures. Meanwhile, in terms of load transfer, steel-plastic geogrids can act as an excellent medium, promoting the uniform diffusion of the upper foundation load and rationally distributing it to the underlying soft soil, thus avoiding damage to the foundation caused by local stress concentration. When natural disasters such as earthquakes occur, this uniform load distribution characteristic enables steel-plastic geogrids to fully play their role, evenly absorb the energy generated by earthquakes, effectively reduce the degree of damage to engineering structures caused by earthquakes, and enhance the seismic performance of the project.

Parameter

Feature

*High tensile strength and low distort and creep deformation

* Improving bearing capacity of road bed

*Anti-corrosion and extending the project life
* Shortening construction period,reducing cost.

Application

· Soil stabilization for roads, airport, embankment

· Railway ballast reinforcement over soft foundations

· Base reinforcement and soil stabilization

· Slope protection

· Foundation support

· Heavy duty pavements