Geotechnical polyurethanes stabilize soils through a process of soil injection, which involves injecting the material into the ground to fill voids, compact loose soil, and increase the load bearing capacity. Here's how it works: ?Single-component polyurethane: This type reacts with moisture in the soil or air to expand and harden. As the polyurethane expands, it compacts the surrounding soil, improving its stability and strength. ?Dual component polyurethane: These materials mix two different chemical components at the time of injection. When combined, they react to form an expanding foam that fills voids and stabilizes the ground. The reaction is faster and provides a more controlled expansion compared to single component materials Both types are useful for different scenarios in geotechnical applications. Groundworks Commercial, with suppliers like NCFI, likely uses these materials to engineer and execute complex projects that require deep soil injection for stabilization, ensuring durability and improve structural integrity and various conditions. #Groundworks #GroundworksCommercial
"How do geotechnical polyurethanes stabilize soils?" Polyurethane injection stabilizes and compacts soils and restores their load-bearing capacity. Geotechnical polyurethanes are an excellent solution for stabilizing soils and filling voids! The high expansion of polyurethane helps it find the path of least resistance, filling cavities, cracks and crevices, and reconnecting the structure back to the soil underneath. ? Want to learn more? Call #NCFIGEO at (866) 812-7320 or leave your question in the comments below. #GeotchnicalPolyurethanes #SoilStabilization #PolyurethaneInjection #VoidFilling #PolyurethaneVoidFill #NCFI #NCFIPolyurethanes