Engineering Functions & Applications of Steel-Plastic Geogrids

Boasting high strength and low creep, it is applicable to all types of soil and fully meets the service requirements for tall retaining walls on high-grade highways.

It effectively improves the interlocking effect of reinforced bearing surfaces, greatly increases foundation bearing capacity, restrains lateral soil displacement and enhances overall foundation stability.

Compared with conventional geogrids, it features higher strength, superior bearing capacity, excellent corrosion resistance, anti-aging performance, large friction coefficient, uniform apertures, easy installation and long service life.

It is suitable for deep-sea operations and embankment reinforcement. It fundamentally resolves technical defects of traditional gabions, such as reduced strength, poor corrosion resistance and short service life caused by long-term seawater erosion.

It can effectively prevent damage from rolling and impact by construction machinery during installation.

Applications

It is widely used for subgrades, embankments, road shoulders, cuttings, bridge abutments, tunnels and ramps of highways and railways, as well as slope regulation, waterway projects, environmental protection works, dike projects, reservoir dams, municipal construction, foundation treatment, airports, tailings dams, freight yards, inland river ports, seismic resistance projects and military protection facilities.