Minnesota Concrete Lifting

We use the latest in polyurethane foam products and processes as a way to easily and efficiently repair and lift concrete surfaces. For a FREE estimate, call today. We're available 24 hours a day, 7 days a week. If your building's foundation is showing signs of damage, due to aging, water damage or any other reason, contact Minnesota Concrete Lifting right away. We have the right solution for all foundation repair work.

Using the Polyfoam system, Minnesota Concrete Lifting provides cost-effective concrete repair services. Polyfoam is an expanding foam that restores concrete surfaces. When injected properly, it lifts sunken concrete back to its original elevation and makes it stable once again. For your sunken concrete repair needs, don't hesitate to call Minnesota Concrete Lifting at (612) 790-8880. We're available 24 hours a day, 7 days a week and you'll always get the personal communication you deserve from our family-owned business.

Whether you have buckling walls, uneven floors or other cracks in your foundation, Minnesota Concrete Lifting can help you today. We can perform a thorough inspection and offer the right solutions to repair your foundation, keeping your home stable and structurally sound. You'll have more options to choose from when it comes to foundation and concrete repairs with Minnesota Concrete Lifting. Foundation repair doesn't have to be a hassle. Our expert crew can restore your home back to new and make sure you don't experience cracks or sagging in your foundation in the future.

At Minnesota Concrete Lifting, we recommend repairing any settling outdoor or indoor concrete by mudjacking the slab. This will fill any voids underneath the concrete while lifting the concrete up towards its original position. We provide both mudjacking and poly foam options. This helps your concrete slab become functional and safe to use again. Your driveway, walkway or sidewalk will look as good as new and be able to support regular traffic on its surface. Mudjacking will also help the surface remain stable and structurally sound.