Before & After Photos

A homeowner in Hilton Head Island, South Carolina recently dealt with a common issue: a sinking concrete porch. Over time, soil beneath concrete slabs can shift or settle, causing the slab to sink, crack, or become uneven. This not only impacts the appearance and usability of the porch but can also create potential structural and safety concerns for the home.

To fix the problem, our team used PolyLevel® concrete lifting, a modern solution designed to stabilize and level sunken concrete. During the process, high-strength polyurethane foam is injected beneath the slab, where it expands to fill voids in the soil, lift the concrete back to its original position, and provide long-term stabilization.

The result is a restored, level porch surface without the need for full concrete replacement. PolyLevel® provides homeowners in Hilton Head Island with a fast, durable, and minimally invasive solution for repairing sinking patios, porches, driveways, and walkways.

As shown in the photos, the porch was successfully lifted, stabilized, and returned to a safe, usable condition, allowing the homeowner to enjoy their outdoor space again with confidence.

A property manager in Hilton Head Island, SC, contacted us about an uneven sidewalk, concerned for pedestrian safety. Our team used the PolyLevel system to lift and level the sidewalk. This cost-effective solution restored safety quickly and with minimal disruption, offering a durable alternative to total replacement.

This homeowner was experiencing a unlevel patio on their back porch. Two part Poly Level foam was installed to raise the patio to original levels.

The apartment complex concrete deck was leveled and repaired using Polylevel, which involved injecting a polyurethane foam beneath the concrete to lift and stabilize it. After leveling, NexusPro Crack Repair was applied to seal the cracks, ensuring a durable and long-lasting repair.

Using our PolyLevel concrete leveling system, our team successfully lifted this homeowners sunken slab to its original position.