Concrete Lifting In Everett

Worn, cracked, and sunken concrete will be a thing of the past thanks to our Everett polyjacking team’s innovative polyurethane concrete lifting method. It’s common for concrete to sink due to changes in the underlying soil, but that doesn't mean you have to rip out your slab and start over! Poly concrete lifting can give a fresh new look to just about any concrete application, including decks, patios, sidewalks, driveways, and pool surrounds, as well as larger areas like warehouse floors and airport runways. We can help you get rid of dangerous tripping hazards and enjoy smooth, even concrete again.

Here at Matvey Foundation Repair, we can lift and secure your concrete with ease. Our team of Everett concrete lifting pros is always on hand to serve you!

How Poly Concrete Lifting Works

There are many reasons why we choose the polyurethane method for lifting and leveling concrete driveways and sidewalks in Everett. It’s much less invasive than other methods like mudjacking, and it’s faster. The foam cures in as little as 20 minutes, won’t break down or leach into the soil and is ultra light so it won’t weigh down the soil or cause future sinking.

One of our Everett concrete lifting technicians will make small holes in the surface of your damaged concrete and will inject the expanding polyurethane foam under the slab. As the foam expands and cures it accurately lifts the slab into the desired position. That’s it—no need for extensive demolition or long waiting periods!


Why Choose Matvey For Concrete Lifting

Matvey Foundation Repair has been a trusted name in foundation, crawl space, and concrete lifting and repair in Everett for over 20 years. If you have a concrete space that has seen better days, like a sidewalk or driveway in need of leveling, our Everett technicians can help. With poly concrete lifting or polyjacking, our Everett team can help you eliminate tripping risks and restore your property value.

Get in touch with us today to set up your free on-site inspection and repair estimate.