Davenport Foundation Repair Before & After Photos

Severe foundation settlement caused large stair step cracks in this commercial building located in Midvale, Utah. There was severe wall and roof separation. We installed 14 piers on the interior of the building to lift and stabilize a sinking foundation. Our crew excavated the foundation footer and partially removed it to install the pier in the proper position. Once the piers were in place, the building was lifted back to stability and gaps in the brick of the stair step cracks closed.

This concrete step in Magna, Utah was showing signs of settlement and cracking, causing both safety concerns and curb appeal issues. Our crew used PolyLevel®, a high-density polyurethane foam, to lift and level the sunken concrete without demolition. After the lift, we sealed the joints and cracks using NexusPro®, a flexible and long-lasting sealant designed for Utah’s freeze/thaw cycles. This fast, clean, and permanent solution restored the step’s stability and appearance in just one day.

Our team completed a concrete lifting and leveling project in Heber City, Utah, restoring a cracked and uneven patio to a smooth, safe, and durable surface. Using state-of-the-art lifting technology, we raised the sunken slabs back into place, eliminating trip hazards and improving drainage. To protect the concrete long-term, we applied NexusPro® joint sealant, which prevents water infiltration, freeze-thaw damage, and further cracking. This repair not only enhances curb appeal but also extends the lifespan of concrete surfaces in Utah’s challenging weather conditions.

If you’re searching for concrete repair, concrete leveling, or joint sealing in Heber City, UT, this project highlights the lasting results our expert team delivers.

Cleanspace and Waterguard installed to prevent future water issues.

This set of before and after photos showcases a concrete driveway that needed leveling and crack sealing. We used Polylevel to lift and level the slabs and nexus pro to seal the cracks to prevent moisture intrusion.