Cellular Confinement System 100mm 445mm For Temporary Access Road Support
GeoMax cellular confinement system is designed for temporary access roads and construction traffic areas where granular foundation materials require lateral restraint. The system expands into interconnected HDPE cells that hold gravel or crushed aggregate in place and support improved stability of temporary roadway surfaces.
Product Specifications
| Specification |
Details |
| Material |
HDPE |
| Model |
GM100-445 |
| Cell Height |
100mm |
| Weld Interval |
445mm |
| Thickness |
1.5mm |
| Color |
Black |
| Surface |
Smooth Textured |
| Welding |
Ultrasonic |
The 100mm cellular confinement system provides a practical infill depth for temporary road foundations. A 445mm weld interval creates medium-to-large cells that allow fast expansion and efficient filling with commonly available granular materials.
For construction, folded cellular confinement system panels are expanded across the prepared route and fixed before filling. Gravel or crushed stone is placed inside the cells and compacted to create a confined foundation layer.
The cellular walls help reduce sideways movement of loose aggregate caused by vehicle traffic. This confinement can contribute to improved surface consistency and reduced localized rutting compared with unconfined loose filling.
Flexible HDPE allows the cellular confinement system to accommodate moderate irregularities in the underlying surface. Ultrasonic welded joints maintain the connection between strips during installation and filling.
The product is suitable for temporary access roads, construction routes, equipment areas, working platforms, parking surfaces and general subgrade improvement. Its folded form also minimizes transport volume before installation.
GeoMax offers various cellular confinement system dimensions, giving customers flexibility when selecting height and weld interval for different site conditions and project requirements.
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Cellular Confinement System 100mm 445mm For Temporary Access Road Support Images
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