Every great structure requires a stable foundation. When dealing with weak, unstable, or sloping soils, traditional construction methods can be costly and inefficient. Our Biaxial Geogrid is the advanced polymer solution designed to work with the soil. By interlocking with aggregate and distributing loads over a wider area, it creates a mechanically stabilized layer that significantly enhances the bearing capacity and longevity of your project.
1. Unmatched Soil Stabilization & Reinforcement
Tensile Strength: Soil is strong in compression but weak in tension. Our geogrid introduces high tensile strength, effectively holding the aggregate and soil in place and preventing lateral movement under load.
Interlock Mechanism: The precise aperture geometry is designed to optimally interlock with a variety of fill materials (aggregate, sand), creating a stable, composite layer that acts as a reinforced platform.
2. Significant Cost & Material Savings
Reduce Aggregate Use: Achieve the required bearing capacity with less aggregate fill. This cuts down on material costs, transportation, and installation time.
Build on Poor Soils: enables construction on sites with soft subgrades that would otherwise require expensive soil removal and replacement or deep foundations.
Extend Service Life: By reducing rutting and differential settlement, geogrid reinforcement drastically extends the life of paved and unpaved roads, reducing long-term maintenance costs.
3. Versatility & Ease of Installation
Adaptable Solution: Available in various strengths to suit a wide range of applications, from light-access roads to heavy-duty industrial pads.
Simple Integration: Lightweight and easy to unroll and place, requiring no special equipment, which speeds up construction timelines and reduces labor costs.
Our geogrids are the trusted choice for a multitude of challenging projects:
Road & Pavement Base Reinforcement: Used under paved and unpaved roads, parking lots, and airport runways to reduce rutting and extend lifespan.
Retaining Walls: Provides critical reinforcement for mechanically stabilized earth (MSE) walls, allowing for the construction of vertical or near-vertical slopes at a fraction of the cost of concrete walls.
Steep Slope Stabilization: reinforces soil on slopes to prevent erosion and landslides, enabling steeper, more space-efficient designs.
Foundation Support: Used beneath building foundations and embankments built on soft soil to distribute loads evenly and prevent differential settlement.
Working Platforms: Creates a stable, safe platform for construction equipment to operate on soft ground, preventing getting stuck and ensuring project continuity.
High Tensile Strength: Excellent resistance to creep and structural degradation over time.
Durability: High resistance to chemical and biological degradation, ensuring long-term performance in the ground.
Proven Performance: Trusted by engineers and contractors for critical infrastructure projects worldwide.
Technical Support: Our team provides expert guidance to ensure you select the right product for your specific soil conditions and load requirements.
