3D Structural Geocells

3D Structural Geocells are designed for stabilizing thick layers of soil on steep slopes, independent of the vegetation. The honeycomb structure is made from HDPE under an ISO9001 quality assurance program. The cell joints are ultrasonically spot-welded and seam strengths are the same across the entire height of the cell joint. The geocells are resistant to rotting and vertical deflection.

When installed, 3D Structural Geocells create a series of interconnected cells, which confines unconsolidated materials within the cells and prevents their movement even from substantial dragging forces such as hydraulic currents. This reduces surface water run-off, prevents the formation of erosion channels and improves the structural and functional behaviour of soil and aggregate
infill materials

Applications
Flexible 3D Structural Geocells are easy to handle and install. They can be used:
• As an economical alternative retaining system to hard engineering solutions such as reinforced concrete or rock armour.
• To provide durable protection for impervious geo-membranes.
• As the basis for establishing vegetation on sub-bases which do not generally allow the growth of vegetation such as very steep surfaces, slag heaps and rocky slopes.
• To protect slopes from the erosion of topsoil and channel embankments under low to moderate and intermittent flow conditions.
• As a competitive retaining system for reinforced soil walls.

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PP Biaxial Geogrid

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HDPE Uniaxial Geogrid

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PET (Polyester) Geogrid

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