Soft, compressible soils pose serious challenges for embankment construction. ArmaLynk geogrids allows for safer and faster construction. Used beneath embankments, these high-strength geogrids distribute loads efficiently, reduce differential settlement, and mitigate the risk of slope failure.

When rigid inclusions (such as stone columns or controlled modulus columns) are used to strengthen foundation soils, ArmaLynk ensures uniform pressure transfer and minimizingminimizes stress concentration between columns. This reinforcement technique maximizes the effectiveness of inclusions while reducing fill thickness and improving overall performance.

In karstic regions, former mining zones, or areas with potential sinkholes, void bridging becomes essential to safeguard infrastructure. ArmaLynk geogrids provide tensile reinforcement capable of spanning potential cavities and maintaining structural integrity even under sudden load shifts or ground collapse. Whether used alone or in combination with load transfer platforms, ArmaLynk adds a critical layer of safety in uncertain ground conditions.