Summary
When concrete slabs start to sink around your home, the problem often comes from shifting soil or empty spaces beneath the surface. With concrete leveling and lifting, technicians can stabilize and raise the existing slab rather than replacing it entirely. The concrete leveling process usually includes inspecting the damage, injecting material beneath the slab, lifting the concrete carefully, and sealing the surface afterward. For many Arkansas homeowners, this repair method restores safety and function with minimal disruption to the property.
Uneven concrete is a common problem for homeowners across Arkansas. Driveways, sidewalks, patios, and garage floors can sink over time due to shifting soil, erosion, moisture, or normal settling.
The good news is that concrete leveling and lifting can often restore these surfaces without the need for full replacement. Instead of tearing out the slab, professionals lift and stabilize the existing concrete so it sits level again.
If you’ve never had this type of repair done before, you might be wondering what the process actually looks like. Below is a clear breakdown of the concrete leveling process, from the first inspection to the final lift.
Why Concrete Sinks in the First Place
Before walking through the repair process, it helps to understand why concrete settles.
Across Arkansas, a few factors commonly contribute to sinking slabs:
- Soil erosion from rain and drainage issues
- Expanding and contracting soil
- Voids forming under concrete
- Poor soil compaction during original construction
- Water runoff washing soil away
When the ground underneath a slab shifts or erodes, the concrete loses support. Over time, sections begin to tilt, crack, or sink.
That’s where concrete leveling and lifting comes in.
Step 1: On-Site Inspection and Evaluation
Every project starts with a careful inspection.
During this stage, a technician evaluates:
- The areas where the concrete has settled
- Elevation differences between slabs
- Possible voids underneath the concrete
- Drainage or water issues
- Nearby structures that could be affected
For example, homeowners often first notice:
- A driveway section that slopes toward the garage
- A sidewalk lip that creates a tripping hazard
- A patio slab pulling away from the house
The goal of the inspection is to determine whether the concrete can be lifted safely and how the concrete leveling process should be planned.
Step 2: Preparing the Concrete Surface
Once the repair plan is confirmed, the crew prepares the concrete for lifting.
Preparation typically includes:
- Cleaning the surface
- Marking injection points
- Checking slab thickness and condition
- Making sure surrounding structures are protected
Small drill holes are placed strategically in the slab. These holes allow leveling material to be injected underneath the concrete.The holes are small and designed to be patched after the leveling is complete, so they are usually barely noticeable.
Step 3: Injecting the Lifting Material
The next stage is where the actual lifting begins.
A specialized material is injected beneath the concrete through the drilled holes. This material flows into the empty spaces beneath the slab and begins to fill the voids.
Depending on the method used, the material may be:
- Expanding polyurethane foam
- A cement-based slurry mixture
As the material spreads under the slab, it fills gaps and starts to raise the concrete slowly and evenly.
One of the most important parts of concrete leveling and lifting is controlling the lift carefully. Technicians monitor the slab closely to make sure it rises gradually without cracking or overcorrecting.
Step 4: Carefully Lifting and Re-Leveling the Slab
As the material expands or fills the void, the concrete begins to move back toward its original position.
During this stage, technicians:
- Monitor the slab height in real time
- Adjust injection pressure as needed
- Ensure neighboring slabs remain aligned
- Stop the lift once the correct elevation is reached
This part of the concrete leveling process requires precision. The goal is not just to lift the slab but to restore a smooth, even surface that functions properly again.
For example:
- Sidewalk sections should sit flush to remove trip hazards
- Driveways should slope correctly for water runoff
- Patios should sit level against the home’s foundation
Step 5: Sealing the Drill Holes and Finishing the Repair
After the slab is lifted and stabilized, the final step is cleanup and finishing.
This usually includes:
- Sealing the drill holes with concrete patch material
- Cleaning the work area
- Checking the final elevation and stability
- Ensuring proper drainage around the repaired surface
Once complete, the repaired slab is typically ready for normal use very quickly.
Many homeowners are surprised at how fast the entire concrete leveling and lifting process can be compared to full concrete replacement.
Concrete Leveling for Slab Homes and Basement Floors
In Arkansas, many homes are built on slab foundations, where the concrete floor sits directly on the ground. Over time, soil movement, moisture changes, or erosion can cause these slabs to settle, leading to uneven floors, cracks, or misaligned doors and windows.
Concrete leveling and lifting can help correct these issues by injecting material beneath the slab to restore support and improve levelness—often without full replacement. Basement floors can experience similar settling problems, and leveling can help stabilize and even out these surfaces. In some cases, more serious structural issues may require additional evaluation.
Signs Your Concrete May Need Leveling
Not sure if leveling is the right solution? Look for these common warning signs:
- Uneven sidewalks or trip hazards
- Cracks caused by sinking slabs
- Driveways sloping toward the garage
- Pooling water after rain
- Patio slabs separating from the house
These same warning signs can also appear in slab homes and basement floors as the supporting soil shifts or settles. These problems often worsen over time, especially with Arkansas weather and soil movement.
Addressing them early can help prevent further damage.
What Homeowners in Arkansas Can Expect During the Process
Most homeowners are surprised by how straightforward the repair is.
A typical leveling project involves:
- An on-site inspection
- A clearly explained repair plan
- A short repair window
- Minimal disruption to the property
Because the slab is lifted rather than removed, the repair is usually faster and less invasive than replacing the concrete entirely.
Frequently Asked Questions
How long does the concrete leveling and lifting process take?
Many projects can be completed in just a few hours, depending on the size of the area and how much leveling is required.
Is concrete leveling better than replacing the slab?
If the concrete is still structurally sound, leveling is often a faster and more cost-effective option than full replacement.
How long does a concrete leveling repair last?
When done properly and combined with proper drainage, concrete leveling can provide long-lasting stability for many years.
Will the repair be noticeable after leveling?
The drill holes used during the concrete leveling process are patched after the repair. In most cases, they blend in with the existing concrete surface.
What areas of a home can be leveled?
Concrete leveling and lifting is commonly used for:
- Driveways
- Sidewalks
- Patios
- Garage floors
- Pool decks
- Slab homes
- Basement floors
Contact Smouse Bros for Concrete Leveling and Lifting in Arkansas
If you’ve noticed uneven sidewalks, sinking driveways, or slabs pulling away from your home, it may be time to consider concrete leveling and lifting.
At Smouse Bros, we help Arkansas homeowners restore safe, stable concrete surfaces without the hassle of full replacement. Our team evaluates the problem carefully and recommends the most practical repair approach.
If you’d like to learn more about the concrete leveling process or schedule an inspection, contact Smouse Bros today. We’re happy to take a look and help you understand your options.
Glossary
1. Concrete Leveling
A repair process that lifts and stabilizes sunken concrete slabs by filling voids underneath instead of replacing the slab.
2. Polyurethane Foam
A lightweight expanding material injected beneath concrete to raise and support it.
3. Slurry Mixture
A slurry mixture is a semi-liquid blend of cement, water, and additives used to fill voids and lift or stabilize sunken concrete.
4. Soil Erosion
The process where water or environmental factors wash away soil beneath concrete, causing it to sink.
5. Voids
Empty spaces that form under a concrete slab, often due to erosion or poor compaction, leading to instability.