Serving Greater Orland Park

Concrete Floor Repair

Crack, spall, joint and scaling repair for Orland Park garage, basement and commercial floors, with an honest repair-or-replace call.

Orland Park Epoxy Flooring handles concrete floor repair in Orland Park, IL, serving surrounding cities including Palos Heights, Mokena, Worth, Palos Hills and Crestwood. After 20+ years of preparing slabs for coatings, we have repaired cracks, spalls and scaled concrete on garage, basement and commercial floors, and we have also learned to say plainly when a slab is past repair.

Every repair job starts with a map. We walk the floor, mark each crack, spall, pitted area and trip edge, and note which ones are still moving. That map becomes part of the written scope, so you can see exactly what will be repaired, with what material, and what the repair will and will not fix.

Most of our repairs are done as part of a coating job, where the repaired areas disappear under the finished floor. We also repair floors that will stay bare, and in that case we explain up front that patches will remain visible on uncoated concrete.

Cracks and Joints

Repair mortar poured into a routed crack across an attached garage slab in Orland Park before coating.

Hairline and Shrinkage Cracks

Almost every concrete slab develops shrinkage cracks as it cures and dries, and most of them stop moving once the slab stabilizes. We clean them out, fill them with a rigid epoxy or polyurea repair material and grind the repair flush with the floor. Under a coating, a properly filled shrinkage crack is invisible and stays sealed against water and brine.

Moving and Structural Cracks

Some cracks keep widening, show one side lower than the other or run in patterns that point to soil movement or overloading. A rigid filler in a moving crack will crack again, and a coating over it will split along the same line. We point those cracks out, recommend that the cause be checked, and use flexible fillers or leave a joint where movement cannot be stopped.

Control Joints and Joint Fillers

Control joints are cut into slabs so cracks form along planned lines. In garages and commercial floors, open joints collect dirt and brine, and their edges chip under tires, carts and forklift wheels. We clean them and fill them with a semi-rigid joint filler that supports the edges while still allowing slight movement, or we honor them through a coating when the owner prefers.

Spalls, Pitting and Salt Scaling

Spalled Edges and Pop-Outs

Spalls are pieces of concrete broken away at cracks, joints or edges, and pop-outs are small cone-shaped pits where an aggregate particle near the surface broke loose. We cut back the damaged area to sound concrete, prime it and rebuild it with a repair mortar or epoxy patching material, then grind it level with the floor.

Salt Scaling Near the Garage Door

The floor just inside a garage door takes the most winter brine, and repeated freezing and thawing of salt-soaked concrete breaks the surface into flakes and shallow pits. We grind off the loose material, rebuild the scaled area with a repair mortar suited to the depth, and recommend a coating with a chemical-resistant topcoat so the brine stays on the surface from then on.

Pitting and Worn Surfaces

Older slabs often have a worn, pitted surface where the cream has eroded and aggregate is exposed. Light pitting can be filled during the coating process with a slurry or a thick base coat. Heavier wear may need a skim coat across the whole area so the finished floor is smooth and the coating does not show every pit.

Patching, Resurfacing and Leveling

Repair Mortars and Epoxy Patching

Repair materials range from fast-setting epoxy and polyurea fillers to polymer-modified cement mortars. Each has a place: epoxy fillers bond strongly and cure quickly for cracks and small patches, while cement mortars rebuild larger, deeper areas. We choose the material by the size and depth of the damage and by how soon the floor needs to be coated.

Skim Coats, Overlays and Self-Leveling Layers

When a floor has widespread surface damage but a sound base, a skim coat or overlay can resurface it without replacing the slab. Self-leveling underlayments fill low areas and create a flat surface for decorative coatings like metallic epoxy. These layers need a properly prepared and primed slab underneath, or they delaminate just like a coating would.

Settled Sections and Trip Edges

Where one section of a slab has settled below the next, the result is a trip edge at the crack or joint. Small lips can be ground flush. Larger drops may need a sloped patch to blend the transition. If a section is still settling, grinding or patching is a temporary fix, and we say so before doing it.

Repair or Replace

When a Slab Should Be Replaced

A floor that is heaving, sinking in large sections, crumbling across wide areas or broken into loose pieces is usually past the point where repair and coating make sense. Coating over it adds cost without solving the problem, because the coating can only be as stable as the concrete underneath. We tell you when replacement is the right call, even though slab replacement is not our work.

Garage Slab Replacement in Orland Park

In Orland Park, replacing a garage slab is permitted work under the village’s amended garage floor rule, which calls for a 5-inch reinforced slab sloped toward the overhead door. A coating, by contrast, generally reads as finish work. When a garage needs a new slab, we recommend getting the replacement permitted and poured first, then letting the new concrete cure fully before we test it and coat it.

Repairs Under a Coating Versus Bare Repairs

Repairs disappear under an epoxy or polyaspartic system, and the coating also protects them from brine and wear. On a floor that will stay bare, patches will look different from the surrounding concrete and are more exposed to salt and traffic. We explain both options so you can decide whether repair alone or repair plus coating fits your floor and budget.

  • 20+ Years on Concrete
  • Moisture Tested Before Pricing
  • Written Specs on Every Quote

Good to know

Frequently Asked Questions

Can every crack in a concrete floor be repaired?

Most cracks can be filled and sealed, but not every crack can be stopped. Shrinkage cracks that have stopped moving repair well. Cracks that keep widening, cracks with one side settling, or cracks caused by soil movement need the cause addressed first, and a repair on top of them is likely to open again.

Will the repaired areas show on my floor?

On bare concrete, yes. Patching materials rarely match the color and texture of an old slab exactly, so repairs remain visible. Under a coating or a broadcast flake system they disappear. If you plan to leave the floor uncoated, we discuss how noticeable the repairs will be before we start.

What causes the flaking near my garage door?

That flaking is usually salt scaling. Brine from rock salt and calcium chloride soaks into the concrete near the door, and repeated freezing and thawing breaks off the top layer. We remove the loose concrete, rebuild the surface with a repair mortar and recommend a coating so brine stays on top of the floor.

Should I repair my garage floor or replace it?

Repair makes sense when the slab is mostly sound and the damage is limited to cracks, spalls or surface scaling. Replacement makes sense when large areas are broken, sinking, heaving or crumbling. We map the damage and give you our honest recommendation, even when replacement means we are not the contractor for that part of the job.

How soon can a repaired floor be coated?

It depends on the repair material. Fast-setting epoxy and polyurea fillers can often be ground and coated the same day, while cement-based mortars need time to cure and dry before coating. We choose repair materials that fit the coating schedule and tell you if a repair needs extra cure time.

Can you fix a raised edge between two slab sections?

Small lips can be ground flush, which removes the trip edge and smooths the transition. Larger height differences may need a sloped patch or leveling compound. If one section keeps settling, grinding only solves the problem until it moves again, so we check whether the slab is still shifting.

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