Steel plastic geogrid is a kind of composite high-strength tensile strip made of high-strength steel wire, polyethylene (PE) or polypropylene (PP) and other additives after special treatment and extrusion. The single strip is arranged vertically and horizontally according to a certain distance, and is welded by ultrasonic wave.
 

Product Description

Steel plastic geogrid has a rough surface, which greatly increases the friction coefficient between geogrid and the soil. Its high friction coefficient increases the bearing capacity and stability of soil, therefore, steel plastic geogrid effectively enhances the bearing capacity of foundation and prevents the soil from lateral displacement.

Besides,the tensile strength of steel plastic geogrid can be designed by changing the steel wire's force and the steel wire amounts to meet the needs of different projects or technical requirements .  

Applications

Steel plastic geogrid has compact grid reinforcement system and excellent long-term performance. It is widely applied in the reinforcement of retaining wall, pavement anti-cracking projects, slopes, roads, railways, highways and bridge abutment, etc.

Characteristics
1.High strength,small deformation: adapted to all kinds of environmental soils, fully capable of meeting the use of tall retaining walls in high-grade highways.
2.Corrosion resistance and long service life: steel-plastic geogrid is coated by plastic material and supplemented by various additives to make it anti-ageing and anti-oxidation performance, which can resist corrosion of acid, alkali, salt and other harsh environments. Therefore, with excellent performance and good dimensional stability,the steel-plastic geogrid can meet the needs of all kinds of projects lasting more than 100 years.

3.Convenient and quick construction, shorten construction period and save cost: The steel-plastic geogrid is easy to lay, overlap, and position, and avoids overlapping and crossing, which can effectively shorten the project period and save 10%-50% of the project cost.

4. It can effectively improve the interlocking and occlusion of the reinforced bearing surface, greatly enhance the bearing capacity of the foundation, effectively restrain the lateral displacement of the soil, and enhance the stability of the foundation.

5.It can effectively avoid the construction damage caused by the machine crushing and destruction during the construction process.