High strength steel-piastic material geogrid

High Strength Steel - Plastic Geogrid

Description 

Plastic reinforced by a steel-plastic composite geogrid reinforced belt made by the novel process, crude pattern Because this product is pressed into the surface of the extension have a regular, laid under great resistance to stress and to change the fill soil and fill the friction between the soil, the overall limit on the shear soil, side extrusion and uplift, due to the large reinforced soil cushion stiffness, conducive to the spread of the upper part of the basis of load transfer and relatively evenly distributed to the next lying on soft soil, to better improve the bearing capacity, due to the reinforced soil cushion, increase the overall stiffness of the mainland-based compression layer range is conducive to adjust the deformation of the foundation, the use of steel-plastic reinforced geogrid reinforced soil cushion composite formed part of a flexible structure, can well absorb seismic energy, so its good seismic performance.

Feature

1. High strength, creep is small, to adapt to all types of environmental soil and fully meet the tall retaining wall in highway use.

2. can effectively improve the bearing surface of the embedded reinforcement locks, occlusal function, greatly enhanced level of the bearing capacity and effective lateral displacement of soil constraints, and enhance a solid foundation of performance.

3. compared with more traditional grille strength, strong bearing capacity, corrosion resistance, aging, friction coefficient, hole uniform, convenient construction, long life and other characteristics.

4. More adapted to deep-sea fishing, embankment reinforcement, a fundamental solution to the low strength of other materials do gabion of long-term water erosion caused by poor corrosion resistance, short life technical problems.

5. Can effectively avoid the construction process is rolling equipment, damage caused by construction damage.

Application

Widely use in roads, railways, embankments, abutments, construction of access roads, piers, revetment, levees, dams, beach management, freight yard, residue field, airports, stadiums, green building, soft soil reinforcement, retaining wall, slope protection and anti-road inferior civil engineering.