Triaxial geogrid is a three-dimensional network structure geosynthetic material made of polypropylene (PP) or high-density polyethylene (HDPE) through a multi-directional stretching process. Its unique triangular or multi-directional reinforced structure has high tensile strength in the longitudinal, transverse and diagonal directions, can evenly distribute the load, and adapt to the soil reinforcement needs under complex stress conditions.

Application

1. Transportation infrastructure: airport runway/apron, highway/railway roadbed

2. Heavy load yards and logistics parks: container yards, storage floors

3. Mining and industrial sites: ore storage yards to prevent lateral slippage and settlement. The surface layer of the tailings pond enhances its resistance to wind erosion and erosion.

4. Slope and ecological engineering: Complex slope reinforcement, combined with vegetation restoration to achieve ecological slope protection. The quarry is restored and the regreening area is stabilized.

5. Municipal and environmental protection projects: the base layer of the landfill to enhance the integrity of the landfill. The river channel protects the bottom, dispersing the scouring force of water flow and protecting the river bed from erosion.

Features

1. Multi-directional high strength: balanced longitudinal, transverse and oblique tensile strength (typical value: ≥20kN/m in each direction), effectively dispersing multi-directional stress and reducing local deformation.

2. Excellent fatigue resistance: not easy to crack under dynamic loads (such as repeated traffic rolling), suitable for high-frequency load scenarios (such as airport runways, highways).

3. High node strength: Special technology ensures that the cross nodes are firmly combined to avoid structural failure caused by separation due to force.

4. Water permeability and soil engagement: The open network structure allows water to penetrate while being closely integrated with the soil to enhance interface friction resistance.

5. Economical and environmentally friendly: replacing traditional steel or concrete reinforcement solutions, reducing material and construction costs, and reducing carbon emissions.