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5.0 stars | 36 reviews
When you have hidden voids beneath your concrete structures, you can count on our meticulous approach to void filling, beginning with a comprehensive inspection of settled concrete to assess the extent of settlement and identify underlying causes. This initial evaluation guides our decision on whether polyurethane foam lifting is the appropriate solution for the specific situation. The injected polyurethane foam expands to fill voids or gaps beneath the concrete slab, gently lifting the settled concrete back to its original position. The rapid expansion and solidification process takes only minutes. Once solidified, the foam serves as a stabilizing agent, providing crucial support and effectively preventing future settlement issues.
Injection of polyurethane foam helps fill voids around culverts and pipes, providing support and preventing soil erosion.
Polyurethane foam can be used to fill voids and stabilize soil around utility trenches, ensuring the longevity of underground infrastructure.
Polyurethane foam is utilized to address settlement and voids beneath bridges and overpasses, ensuring the structural integrity of these critical transportation elements.
In railway infrastructure, polyurethane foam injections can be employed to stabilize and level tracks, minimizing the risk of derailments.
Polyurethane foam is used to stabilize the ground around manholes and sewer lines, reducing the risk of structural damage.
The foam can be injected to address settlement around stormwater drains, maintaining proper drainage functionality.
Our team also specializes in soil stabilization through deep injection, utilizing advanced polyurethane foam technology. Our expanded foam significantly enhances the load-bearing capacity of weak or loose soils, effectively increasing their ability to support structures and heavy loads. This innovative solution involves filling voids and gaps within the soil, thereby reducing settlement and minimizing the risk of differential settlement that can lead to structural damage. Unlike traditional soil stabilization methods like cement grouting, our polyurethane foam is lightweight, placing minimal additional load on the soil. Our deep injection process is a preferred choice for projects where preserving existing structures or landscaping is paramount.
