WHY POLYURETHANE FOAM INJECTION?

When it comes to concrete lifting, we do it the right way—every time.
Whether it’s sidewalks, driveways, basement slabs, or even seawalls, our expert team has the tools and experience to lift, level, fill, and support concrete structures with precision and care.

We specialize in advanced techniques like Deep Foam Injection, which not only raises sunken concrete but also strengthens the soil beneath, preventing future settling.

Curious about how it works? Check out the videos below to see our process in action and learn why homeowners, businesses, and municipalities trust us to get the job done right the first time.

How Does Foam Injection Work?

Sunken or Unlevel Driveway?

Sunken or Unlevel Pool Deck?

Is Your Seawall Failing?

Polyurethane Foam vs. Slurry (Mudjacking): What's the Difference?

  • Smaller Drill Holes: Polyurethane requires significantly smaller injection holes—typically 5/8” or even as small as 3/8”—compared to the large 1 ¼” (or bigger) holes needed for traditional mudjacking.

  • Immediate Use After Lift: Surfaces lifted with polyurethane can often be driven on immediately after the job is complete. With slurry/mudjacking, extended curing time is often required before use.

  • Long-Lasting Results: Unlike slurry, which can wash out or deteriorate over time—especially in areas with freeze-thaw cycles or heavy rainfall—polyurethane foam is water-resistant and designed to maintain stability for years.

  • Lightweight Material: Polyurethane weighs just 2 to 4 pounds per cubic foot, compared to mudjacking’s heavy 100 pounds per cubic foot. This reduces stress on the soil and prevents additional settling.

  • Fewer Injection Points: Thanks to its expansive nature, polyurethane requires fewer holes to achieve better coverage and lift.

  • Water Displacement: As it expands, polyurethane foam actively displaces water from voids and damaged areas, helping to stabilize the base and eliminate moisture-related problems.

  • Industry-Approved: Polyurethane lifting methods are increasingly endorsed by engineers and used in infrastructure projects such as railways. Mudjacking is not widely accepted for these types of precision or high-performance applications.

  • Versatile Applications: Polyurethane can be used in situations where mudjacking cannot, including repairing seawalls, stabilizing underwater structures, and addressing erosion in high-moisture environments.