Concrete Leveling Before & After Photos

Tim had been grappling with a troublesome trip hazard in the concrete walkway of his home in Groveland, Florida, caused by a tree root that had heaved the slabs and caused them to become uneven. Having already suffered injuries from the trip hazard, Tim knew he had to address the problem immediately and called LRE Foundation Repair. After closely examining the walkway, an LRE Design Specialist recommended the Two-Part Concrete Protection System to repair Tim’s walkway. First, the LRE team lifted the uneven slabs to create an even surface, effectively eliminating the trip hazard. The joints between the slabs were then sealed with NexusPro to prevent cracking and safeguard against water intrusion. Tim was very pleased with the outcome, as his trip hazard concerns were resolved, and his walkway was now secured and stabilized.

A section of Susan’s concrete walkway in Lithia, Florida, had settled into the ground, becoming uneven with the adjacent slabs and creating a notable tripping hazard. She needed to get this issue fixed before anybody could get hurt, so she called us at LRE Foundation Repair and scheduled a free inspection. Our Design Specialist visited Susan’s home and after examining the concrete, they recommended our Two-Part Concrete Protection system to fully repair the walkway. First, our team injected PolyLevel directly underneath the settled slabs to lift them to their original level and create an even, smooth surface. Next, the joints separating each slab were filled with NexusPro to prevent them from cracking and allowing water to intrude underneath the concrete. Following the completion of the work, Susan was delighted to see the trip hazards were completely removed, and her walkway was now level and permanently stabilized.

Joan D. was growing concerned as there were many areas of her driveway and sidewalks that were sinking, leaving large cracks and tripping hazards at her Nokomis, Florida home. She decided to call LRE Foundation Repair for a solution to her damaged concrete. Upon inspection, LRE determined loose, sandy soils had been washed out over time causing voids under the slabs. To remedy this problem, LRE injected a two-part polyurethane material called PolyLevel through small holes in the concrete slab. PolyLevel flows easily through soils, expanding on contact to fill voids and lift the concrete slab back level. The homeowner was thrilled with the results and could rest easy now that here tripping hazards were gone for good. 

Patsy U. lives in a retirement community in Tavares, Florida, plagued with streets of uneven sidewalks and driveways. Worried about her driveway's tripping hazards, she decided to call LRE Foundation Repair to come out and take a look. After completing a thorough inspection, our specialist found that the soil around the driveway had been eroding over time, resulting in unstable soil. As soil is washed away, it weakens the support for the concrete, in this case, causing it to sink. To get Patsy's driveway back level, our expert team used a product called PolyLevel. PolyLevel is a foam that expands underneath the concrete to fill voids and compact soils. Our team was able to successfully level Patsy's driveway so she no longer has to worry about trip hazards. 

In Tavares, Florida, Jan noticed that his concrete front porch had been gradually settling, creating a large gap between the slab and the connecting walls of his screened enclosure. Concerned about the potential for further damage and water intrusion, he reached out to us at LRE Foundation Repair for a reliable solution. After a thorough inspection by one of our expert Design Specialists, we recommended using our PolyLevel solution to lift and stabilize the settling concrete. With Jan’s approval, our team carefully injected PolyLevel beneath the porch, where the expanding foam filled voids, stabilized the soil, and raised the slab back into its proper position—effectively closing the gap. Jan can now enjoy his front porch with confidence, knowing it’s permanently stabilized and protected against future settlement and water intrusion.