Foam Injection & Concrete Leveling
Lift Settled Concrete. Restore a Safer, More Usable Surface.
Sunken Slabs
Concrete that has settled
Uneven Transitions
Raised or uneven edges
Water in Low Areas
Pooling on settled surfaces
Look Beyond the Crack
When the Ground Below Changes, the Concrete Above Can Move With It.
Concrete depends on dependable support beneath the slab. When conditions below change, sections of concrete can begin to settle and become uneven.
That movement may leave one slab sitting lower than another, create noticeable transitions between surfaces, or allow water to collect in areas where it did not before.
The problem you see on the surface often starts underneath.
Soil beneath the slab can compress over time, leaving sections of concrete without the support they were poured on.
Water moving beneath the slab can carry away the material holding it up, creating voids under the surface.
Water travelling under concrete changes the ground it rests on and can cause uneven movement across a surface.
Water that collects instead of draining away keeps the ground beneath the slab saturated and unstable.
Voids, washouts, and shifting fill can all change how evenly a slab is carried.
Know the Signs
Concrete Doesn’t Have to Be Completely Broken to Need Help.
Sunken Slabs
Uneven
Transitions
Cracks With
Different Elevations
Trip
Hazards
Common Concrete Problems
Where Concrete Leveling May Help
Uneven Concrete Can Show Up Throughout a Property.
Concrete settlement is not limited to one type of surface. Depending on the property and the condition of the slab, leveling may be considered for different concrete areas.
Potential areas may include:
Soil beneath a concrete slab can compress or settle over time, leaving areas without even support. This can cause sections of concrete to sink, tilt, or crack.
Water flowing beneath concrete can gradually wash away supporting soil. As gaps develop, the slab may lose support and begin to settle unevenly.
Leaks or water traveling through the ground can change moisture levels beneath a slab. These changes may cause soil to expand, soften, or shift, affecting the concrete above.
Water that collects near concrete instead of draining away can saturate the soil beneath it. Over time, this may contribute to uneven support, settlement, and cracking.
Shrinking soil, decomposing buried material, or gaps left by previous excavation can change the support beneath concrete. As these conditions develop, portions of the slab may settle or become uneven.
Your House is Telling You Something.
A foundation problem rarely hides. Learn the signs before a small shift becomes a big repair.
Schedule a Free Inspection from Our Team Today!
What to Expect
A Clear Process From Settlement to Solution.
We evaluate the areas that have settled, cracked, or become uneven.
We look at where movement has occurred and what conditions may be contributing.
We explain what we found and whether foam injection appears appropriate for the affected concrete.
Once the plan is clear, we move forward with the agreed-upon concrete leveling work.
FAQ
Answers to the Questions We Hear Most Often
Foundation problems can create a lot of questions. Here are answers to a few of the things homeowners ask us most often.
Foam injection is a repair method that uses expanding polyurethane foam to fill voids beneath concrete slabs and help lift and stabilize settled surfaces. It's a minimally invasive solution commonly used for driveways, sidewalks, patios, and certain concrete foundations.
Common signs include uneven concrete, sinking sidewalks, gaps beneath slabs, and cracks caused by settling. A professional inspection can determine whether foam injection is appropriate for your specific situation.
Many foam injection projects can be completed in just a few hours, depending on the size of the affected area and the amount of settling. The foam cures quickly, often allowing surfaces to return to normal use shortly after the repair.
Foam injection can be a faster, less disruptive, and more cost-effective alternative to concrete replacement when the existing slab is structurally sound. However, severely cracked or deteriorated concrete may still require replacement.
Polyurethane foam is designed to resist moisture and deterioration, providing long-lasting support beneath concrete. Its effectiveness over time depends on soil conditions, drainage, installation quality, and whether the underlying cause of settling has been addressed.
Don't Guess at What Your Foundation Needs.
If something around your home is cracking, shifting, sinking, or simply doesn’t look right, start by finding out why.