Polyurathane (Foam) Concrete Raising
We lift, level, and stabilize all solid slabs of concrete. Most concrete raising jobs take only a few hours from start to finish and your concrete will be ready for immediate use upon completion! Polyurethane concrete raising uses a foam material that is injected under the slab. When the components of this material are mixed, a reaction causes the material to expand. This expanded foam fills any voids beneath the slab and raises the concrete. This material will never lose density, is permanent, and weighs only about 2lbs. per cubic foot. Polyurethane concrete raising also requires a significantly smaller hole than mudjacking.
FOAM
Foam fills the entire void under the concrete as it expands and when the void is filled it only has the option to expand upward, lifting the concrete.
No mixing or messy materials.
Smaller (5/8” diameter) holes, about the size of a dime, and typically requires less holes.
MUDJACKING
Mudjacking pumps a cement-based material under the concrete. The force of the pumped material is what causes the lift so it usually does not fill the entire void, leaving room for further erosion.
Requires the mixing of the cement-based material and more clean up at the end of the project.
Larger (1 5/8” diameter) holes leave a more noticeable patch on the surface and usually requires more holes to be drilled.
Cost Effective
Concrete raising is less than half the cost of replacing concrete.
Less Invasive
No concrete or grout splatter and no wash down needed. No heavy equipment driving through your lawn and disrupting your landscaping.
Time
Ready to use immediately! You can drive on, walk on, and play on it the same day.
Smaller Holes
We drill a nearly invisible 5/8 inch hole (size of a dime) and the process calls for considerably fewer holes than traditional mudjacking.
Green
Our foam leaves the smallest carbon footprint in compared to all other concrete lifting polyurethanes.
Lightweight
Our material will never lose density, is permanent, and weighs only about 2 pounds per cubic foot.