GEOGRID are high-strength and durable geosynthetic products made from polymer materials, used in construction and infrastructure projects. These geogrids are employed in the manufacturing of retaining walls, enhancing slope stability, increasing soil bearing capacity, stabilization, and various reinforcement purposes.
GEOGRIDS provide long-lasting, reliable, and sustainable performance in the projects where they are used. They offer solutions tailored to the specific needs of projects, such as Uniaxial (single-direction), Biaxial (two-direction), and Triaxial (three-direction) applications, ensuring that the various project requirements are met in the most efficient way possible.
These geogrids play a crucial role in improving the structural integrity of projects, offering cost-effective and sustainable reinforcement for embankments, slopes, roads, and other civil engineering structures.
Geogrids are classified into three main groups according to their production methods: Woven geogrids, Welded geogrids, and Extruded geogrids.
• Woven geogrids are typically produced by weaving high-strength polymer-based fibers, and due to their flexible structure, they easily adapt to the ground and provide long-lasting performance in projects.
• Welded geogrids are formed by joining polymer rods using a thermal welding method.
• Extruded geogrids are produced as a single piece through an extrusion process using polymer materials, and they are typically used in projects that require high load-bearing capacity.
