50+ years of expertise. 20,000+ customers served. Proven national system.
Foamjection helps homeowners across North Carolina fix sinking concrete without tearing it out or overpaying for replacement. Whether you’re dealing with uneven sidewalks, settled driveways, sunken patios, or interior concrete floors, our proven polyurethane concrete lifting process delivers fast, clean, long-lasting results.
As the nationwide leader in polyurethane concrete lifting—powered by HMI, Foamjection helps North Carolina homeowners with certified local professionals who use high-density foam injection to lift, level, and stabilize concrete the right way.
North Carolina’s climate and soil conditions make concrete settlement a common issue throughout the state—from urban areas to rural communities.
Common causes include:
Left untreated, sinking concrete often worsens over time—creating trip hazards, drainage problems, and costly repairs.
Foamjection helps repair and stabilize a wide range of concrete surfaces across North Carolina, including:
If your concrete is uneven, sunken, or creating a safety concern, our process offers a reliable concrete repair solution without replacement.
Foamjection uses advanced polyurethane foam injection to lift and stabilize settled concrete with precision.
This process—often referred to as polyjacking or slab lifting—allows certified professionals to:
Most surfaces are ready to use again almost immediately.
Concrete lifting and leveling services available in the cities listed below.
Foamjection is not a franchise and not a lead reseller.
Our concrete lifting professionals across North Carolina meet strict national standards for:
Homeowners across North Carolina choose Foamjection because they want results without disruption.
✔ 50+ years of industry expertise
✔ 20,000+ customers served nationwide
✔ Certified local professionals
✔ Clean, controlled lifting process
✔ Save up to 70% compared to replacement
✔ Environmentally responsible materials
It’s a smarter way to fix concrete—and a better long-term investment.
Most concrete lifting projects are completed in just a few hours. Many surfaces can be used again the same day.
Yes. Polyurethane foam is moisture-resistant, lightweight, and performs well in North Carolina’s freeze-thaw conditions.
Yes. Walkways and sidewalks are among the most common concrete lifting projects we handle across the state, especially to reduce trip hazards.
Yes, Foamjection’s concrete lifting process can help homeowners save up to 70% compared to full replacement, without the mess or downtime.
Both methods are used to lift sunken concrete, but they use different materials. Mudjacking relies on a cement-based slurry, while polyurethane concrete lifting uses high-density foam. Poly leveling is lightweight, moisture-resistant, and allows for more precise lifting—making it a popular choice for long-term concrete stabilization in North Carolina’s freeze-thaw climate.
Polyurethane foam is designed to resist moisture, erosion, and breakdown over time. Because it adds minimal weight to the soil and fills voids effectively, it’s often used where long-term performance and soil stabilization are important.
In many cases, you can receive a quote quickly after submitting your request. Timing depends on the project details and location.
If you’re dealing with sinking or uneven concrete anywhere in North Carolina, replacement isn’t your only option.
Our trusted local experts use advanced polyurethane concrete lifting to restore and stabilize concrete faster, cleaner, and for less.
Foamjection is the nationwide leader in polyurethane concrete lifting—powered by HMI. Backed by 50+ years of expertise, 20,000+ customers served, and a proven national system, we help homeowners across the U.S. fix sinking concrete using advanced foam injection for long-term stabilization. From uneven walkways and driveways to patios and garage floors, our process delivers reliable concrete repair while helping homeowners save up to 70% compared to replacement.
Looking for a fast, affordable alternative to tearing out concrete?
