Concrete Leveling Before & After Photos

This before-and-after photo set highlights a concrete step repair project completed in Ogden, Utah. The steps had settled due to soil movement beneath the concrete, creating an uneven transition and visible separation at the base. Our team stabilized and repaired the affected area to restore proper support, improve safety, and enhance the overall appearance of the entryway. Concrete step settlement is a common issue in northern Utah and should be addressed early to prevent further damage.

This before-and-after photo set shows a concrete slab repair completed in Pleasant View, Utah, where sections of the concrete had settled and separated at the joints due to soil movement beneath the slab. These types of voids and height differences can create trip hazards and allow water to penetrate below the concrete, leading to further settlement over time.

To correct the issue, our team used PolyLevel® concrete lifting to stabilize the soil and raise the sunken slab back toward a smooth, level surface. Once the concrete was properly aligned, NexusPro® joint sealant was applied along the control joint to seal the gap, protect against moisture intrusion, and allow for natural expansion and contraction.

This repair restored the appearance and safety of the concrete while helping prevent future soil erosion — a common concern in Northern Utah’s seasonal moisture changes and freeze-thaw cycles.

This before-and-after photo set highlights a concrete step and landing repair in Pleasant View, Utah, where settlement had caused uneven elevation between the lower slab and the step above. Soil movement beneath the concrete created separation at the joint, increasing the risk of tripping and allowing water to infiltrate below the slab.

To correct the issue, our team used PolyLevel® concrete lifting to stabilize the underlying soil and raise the settled concrete back toward proper alignment with the steps. Once the slab was leveled, NexusPro® joint sealant was applied along the joint to seal the gap, protect against moisture intrusion, and allow for long-term expansion and contraction.

This repair restored a smooth, safe transition between surfaces while helping prevent future settlement — an important consideration in Northern Utah’s seasonal moisture changes and freeze-thaw conditions.

This concrete entryway in Ogden, UT had begun to settle and separate at both the step and control joint, creating an uneven surface and potential trip hazard near the front door. In Northern Utah, freeze-thaw cycles and seasonal moisture fluctuations often lead to soil movement beneath concrete slabs, causing them to sink or shift over time.

Our team at Davenport Foundation Repair addressed the issue using polyurethane foam injection to lift and stabilize the affected concrete. This allowed us to carefully raise the sunken slab back into proper alignment with the entry step, restoring a smooth and safe transition.

To complete the repair, we sealed the joints using NexusPro, a flexible, UV-resistant sealant designed to protect against water intrusion. Proper joint sealing helps prevent further soil erosion beneath the slab and extends the life of the repair.

The result is a level, secure, and protected concrete surface that improves both safety and long-term durability—without the need for full replacement.

This is a large slab inside of a home in Logan, Utah that we lifted to level.  The customer was very happy with the end result.