Our HDPE/PP geogrids (tensile strength up to 200kN/m) enhance soil shear strength in railways, retaining walls, and embankments. UV-resistant and cost-effective, they reduce steel usage by 50%.
Biaxial/Uniaxial geogrids redistribute vertical loads horizontally – increases bearing capacity by 400% in weak soils. Tensile strength up to 800kN/m stabilizes steep 70° slopes. Reduces required fill material by 40% in road construction.
Erosion-Fighting Gridlock
3D structure interlocks with aggregate to form erosion-resistant mat. Openings (25-150mm) allow vegetation growth while preventing surface washout. Withstands water velocities up to 6m/s – ideal for coastal revetments.
Rapid Deployment System
Pre-cut rolls (4m×50m) install 1,000㎡/day with minimal labor. Mechanical connectors create continuous reinforcement – no specialized equipment needed. Compatible with all soil types from peat to sand.
Geogrids are protective covers that are placed over slopes in combination with vegetation to prevent soil erosion and land slides. Soil particles are confined while vegetation is held in place to prevent erosion. These geogrids are frequently used together with geotextiles and vegetation mats to create an ecological and erosion-resistant solution for hillside developments.
What is geogrid used for?
What is geogrid used for?
Soil reinforcement in retaining walls, railways, and embankments.
How does geogrid improve soil strength?
Increases shear strength by 50% through interlocking with soil particles.
What materials are geogrids made of?
HDPE, PP, or fiberglass with tensile strengths up to 200kN/m.
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No UV damage after 10 years in Florida sun. Maintains 90% tensile strength.
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Reduced steel usage by 50% in our railway project. Saves $500,000 annually.
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Chemical Resistance Master
HDPE/PP construction resists pH 1-14 environments. No degradation from hydrocarbons or salts – perfect for industrial sites. UV-stabilized versions maintain 95% strength after 20-year outdoor exposure.
Cost-Saving Slope Solution
Enables 1:1 slope construction versus traditional 2:1 – saves 50% on land usage. Eliminates need for concrete retaining walls in 80% of cases. Documented to reduce road maintenance costs by $25/m² annually.
Precision Engineering
Laser-cut apertures ensure consistent node geometry (±2mm tolerance). Custom junction strengths (200-800N) match project specifications. Available in black/green/UV-resistant colors for aesthetic blending.