Not only is uneven concrete unsightly, but it can be a dangerous trip hazard to those near it. From walkways and driveways to patios and pool decks, our team utilizes several different types of solutions for our Phoenix concrete leveling, lifting, and mudjacking projects. Our services are design to restore the structural integrity and appearance of settling or compromised concrete slabs.
We’ve helped hundreds of families with our affordable and simple solutions in the Central Arizona area. Our Phoenix concrete lifting and leveling services work by properly diagnosing the problem and designing the most fitting repairs.
Concrete Slab Lifting Polyurethane
Concrete Lifting & Leveling Solutions
We inspect thousands of foundations each year, and we’ve become quite familiar with the signs and symptoms associated with a foundation that needs repair. These are some of the most common signs that we see in our Orange County foundation repair work.
Polyurethane Concrete Leveling
With this method we inject a lightweight, expanding foam between the settled slab and the soils beneath it. With an 80psi free rise and 18X expansion rate, this polyurethane will fill any voids under the slab and gently lift it back to its original position.
Deep Injection Lifting
Similar to polyurethane leveling, deep injection concrete lifting uses an expanding foam material, but that's where the similarities end. Instead of being injected directly under the slab, Deep Injection Lifting typically utilizes 4', 8', and 12' ports to inject the polyurethane at various depths to permeate and densify the soils at depth to properly stabilize and address the root cause of settling, or sinking, slabs and structures.
Helical Piers / Piles
After excavating areas surrounding the problem area(s) of a slab and undermining the footing, a corrosion-resistant, galvanized steel pier system is attached to the footing with a foundation bracket to stabilize the foundation against further settling. The helical pier is hydraulically torqued to competent strata before our team transfers the weight of the slab away from the incompetent soils at the surface and to the competent strata or bedrock that the piers were driven to.