Birmingham Elite Concrete restores damaged driveways, patios, slabs, foundations, and commercial concrete through crack repair, resurfacing, leveling, patching, and targeted replacement, depending on the type and cause of the damage.
We assess each surface on-site and explain practical repair options before starting work.
Birmingham Elite Concrete provides concrete repair in Birmingham, AL and the surrounding areas, including Hoover, Vestavia Hills, Mountain Brook, Homewood, Trussville, Gardendale, Fultondale, Pelham, Alabaster, Hueytown, Bessemer, Chelsea & more.

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We inspect each crack to determine whether it results from normal shrinkage, movement, water entry, or a deeper structural issue. For the underlying causes, see why concrete cracks in Birmingham. Repairs on business property are quoted through our commercial concrete repair and replacement service. Narrow, stable cracks may need cleaning, routing, and filling with a compatible repair compound, while wider or moving cracks may require flexible sealants, reinforcement, or additional evaluation before repairs begin. For driveways, sidewalks, patios, and garage floors, we remove loose material and contaminants before applying the repair product so the new material bonds to the existing concrete, and we check nearby joints and edges because water can re-enter when those areas remain open. Repair considerations include crack width, depth, and location; active movement or continued settlement; water drainage around the slab; matching the repair to the existing surface; and traffic and weather exposure. We explain when crack repair can restore serviceability and when replacement offers a more reliable solution.
We use resurfacing when the concrete remains structurally sound but shows widespread staining, minor surface wear, shallow scaling, or small imperfections. The process typically includes pressure cleaning, removal of weak material, patching, and application of a cement-based or polymer-modified overlay suited to the surface. Sealing helps limit water absorption and protects against moisture-related deterioration — Birmingham's weather can expose concrete to heavy rain, heat, and repeated temperature changes, so we select a sealer based on the surface location and expected use. We inspect for major settlement, deep cracking, and drainage problems before recommending resurfacing, since an overlay cannot correct unstable slabs or hide active movement for long.
We evaluate settled concrete by checking elevation changes, voids beneath the slab, drainage patterns, and nearby structures. Mudjacking lifts sunken sections by pumping a cement-based mixture through small access holes, a method that can suit some sidewalks, driveways, patios, and steps when the slab remains in usable condition. Slab leveling does not solve every cause of settlement — poor soil, erosion, leaking plumbing, or inadequate drainage may continue to affect the concrete unless we address the underlying problem, so we identify these conditions before recommending lifting. If the concrete has extensive cracking or broken sections, replacement may provide a better result than leveling.
We inspect the damaged area in person and identify the likely cause of failure. Common issues include settlement, poor drainage, tree-root pressure, surface wear, and movement beneath slabs. We check cracks, uneven sections, spalling, water flow, nearby structures, and access for equipment.
We determine whether repair, resurfacing, partial replacement, or full removal makes practical sense. Repairs may suit limited cracks or localized damage, while severely settled or deteriorated concrete may require replacement.
Our estimate outlines the recommended work, materials, approximate dimensions, site preparation, reinforcement, removal, disposal, and finishing options. We also discuss drainage adjustments and control-joint placement when they affect long-term performance.
We remove failed concrete and unsuitable soil from the work area. Our crew excavates to the depth required for the slab and its compacted base, taking nearby driveways, sidewalks, foundations, and utility locations into account.
We grade the area to direct water away from buildings and prevent low spots. Where needed, we install or adjust drainage features before placing the base material.
A compacted aggregate base supports the concrete and reduces movement caused by moisture and unstable soil. We place the base in controlled lifts, compact each lift, and verify the grade before forming begins. This preparation helps limit settlement and improves slab drainage.
We install forms to establish the slab's finished dimensions, elevation, slope, and edge alignment. Forms must remain secure during placement so the concrete does not shift or spread beyond the planned area.
We select reinforcement based on the project's size, use, and site conditions. Depending on the application, we may use steel mesh, reinforcing bars, or fiber reinforcement. We position reinforcement within the slab rather than leaving it on the ground, allowing it to support the concrete properly.
During the pour, we place concrete evenly, consolidate it, and strike it to the required grade. We finish the surface according to its use, such as a broom finish for traction on driveways and walkways.
We install control joints at planned locations and depths to help manage shrinkage cracking. Joint layout depends on the slab's shape, thickness, edges, and expected use; irregular sections may need additional joints.
After finishing, we protect the concrete while it gains strength. We explain curing requirements, including when to limit foot traffic, vehicles, heavy loads, and exposure to water or extreme conditions. Proper curing supports surface durability and reduces premature damage.
During the final walkthrough, we review the finished grade, edges, joints, drainage, surface texture, and cleanup with the property owner. We also discuss maintenance and identify any conditions that require attention after the concrete has cured.
We can often repair:
The repair method depends on the concrete's condition, drainage, soil support, and the extent of the damage. Options may include crack repair, slab lifting, polyurethane foam injection, patching, resurfacing, or partial replacement.
We look at the size and depth of cracks, the amount of movement, drainage conditions, and the stability beneath the slab. Repair may work when the damage remains limited and the concrete still has adequate structural support.
Replacement may provide a better long-term result when slabs have widespread cracking, severe settlement, major structural damage, or extensive surface deterioration. We inspect the area before recommending either option.
Concrete repair costs vary according to the affected area, repair method, access, material requirements, and the amount of preparation needed. Minor crack repairs generally cost less than resurfacing, slab lifting, or partial replacement.
We provide project-specific estimates after evaluating the concrete and surrounding conditions. The estimate can account for demolition, disposal, reinforcement, drainage corrections, and finishing requirements.
Small repairs may take part of a day, while larger repairs can require several days for preparation, installation, curing, and cleanup. Slab lifting or resurfacing timelines depend on the size of the area and the selected materials.
Weather, site access, drainage work, and concrete curing can affect the schedule. We explain the expected timeline before work begins.
Yes, many cracked driveways, sidewalks, and patios can be repaired. We evaluate whether the cracks result from surface wear, settlement, poor drainage, tree roots, or movement beneath the slab.
Depending on the cause and severity, we may use crack repair, lifting, patching, resurfacing, or replacement of damaged sections. Addressing drainage and unstable soil can help reduce recurring damage.
We serve residential and commercial customers in Birmingham and surrounding communities. Our work includes concrete repair, driveways, patios, foundations, slabs, and decorative concrete.
We inspect the damaged area, explain practical repair options, and coordinate the required preparation and finishing work. Our approach focuses on matching the repair method to the concrete's actual condition rather than recommending replacement in every case.