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Concrete Repair, Structural Restoration, and Surface Leveling Services in Phoenix, AZ

Phoenix Concrete Co. provides concrete repair in Phoenix, Arizona, for homes, businesses, industrial properties, and managed sites. Our crews repair cracks, slabs and foundations, driveways, patios, pool decks, sidewalks, curbs, ramps, warehouse floors, loading docks, and tilt-up panels. We also restore damaged surfaces with concrete leveling, mudjacking, polyurethane foam injection, resurfacing, sealing, and waterproofing.

Phoenix heat can drive driveway and patio surface temperatures above 140 degrees, while monsoon rain suddenly saturates caliche-heavy soil. That cycle contributes to cracking, settlement, pitting, scaling, and spalling across the Valley. We diagnose the damage mechanism before recommending epoxy injection, flexible sealant, polymer-modified patching, structural reinforcement, leveling, or replacement. As a licensed and insured Arizona concrete repair contractor, we follow ACI repair guidance and Arizona Registrar of Contractors standards for materials and workmanship.

Request a free concrete repair estimate, and our crew will walk the property, assess surface and structural conditions, explain the repair options, and identify drainage or soil issues that may need attention before work begins.

Phoenix Concrete Co. provides concrete repair throughout Phoenix, Scottsdale, Tempe, Mesa, Chandler, Glendale, and the greater Maricopa County metro area.

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Concrete Repair Options & Benefits

What Is Concrete Repair?

Concrete repair corrects localized surface, elevation, or structural damage while preserving concrete that remains sound. Depending on the failure, the work may involve crack injection, patching, reinforcement, resurfacing, pressure grouting, mudjacking, foam lifting, sealing, or waterproofing.

Repair is often practical for cracks, scaling, spalling, pitting, staining, voids, and settled slabs when the underlying concrete is structurally sound. Full replacement becomes the better option when cracking runs through the slab's full depth, reinforcing steel is significantly corroded, or prior improper repairs have compromised the concrete.

The right approach starts with the cause, not just the visible symptom. Soil movement, poor drainage, irrigation runoff, UV exposure, vehicle loads, pool chemicals, and water carrying dissolved minerals can each require a different preparation method and repair material.

Benefits of Professional Concrete Repair

A properly selected repair can restore function, improve safety, and protect sound concrete without unnecessary demolition. Surface preparation and material choice are especially important in Phoenix, where intense heat, UV exposure, irrigation, and monsoon moisture repeatedly stress exterior slabs.

  • Stops water and dissolved minerals from moving through open cracks
  • Levels sidewalk, patio, pool deck, and driveway transitions
  • Preserves structurally sound slabs when replacement is unnecessary
  • Uses flexible materials where cracks continue to move
  • Treats exposed rebar before placing repair mortar
  • Refreshes widespread scaling and discoloration with bonded overlays
  • Removes oil, rust, efflorescence, algae, or mold during sealing preparation
  • Supports longer service life through timely sealing and maintenance
Concrete Repair Services

Phoenix Concrete Repair Services

Our repair work ranges from small cracks and shallow surface damage to settled slabs and structural foundation distress. We match preparation, material, and placement to the surface, load, movement, moisture exposure, and underlying soil conditions found during the property assessment.

Concrete Crack Repair

A saw-cut groove for concrete crack repair on a residential driveway in Phoenix, AZ.

Hairline shrinkage cracks under 1/8 inch often form during the first year of curing, while wider cracks, vertical offsets, and diagonal corner cracks may signal settlement or sub-base movement. A crack that begins at 1/16 inch can double in width within a season after water and UV exposure enter it. We rout and clean the crack, then use low-viscosity epoxy for structural cracks or semi-rigid polyurethane and flexible sealant for moving cracks.

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Slab & Foundation Repair

Hydraulic equipment installing a steel pier under a concrete stem wall at a home in Phoenix, AZ.

Sticking doors or windows, linear grout cracks, gaps at foundation walls, and tilted slab edges can point to settlement beneath a slab or footing. We evaluate repair through leveling, pressure or compaction grouting, epoxy injection, and carbon-fiber or steel reinforcement before recommending removal. Phoenix-area slab repair can range from about $350 for small patch work to $17,000 for larger structural corrections, depending on access, damage, and the work required below the concrete.

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Driveway & Patio Restoration

Contractor smoothing a concrete overlay on a worn patio in Phoenix, AZ.

We repair driveway and patio cracking, scaling, pitting, spalling, oil or rust staining, joint damage, and impact damage at garage entries or street aprons. Localized damage under a few square feet is usually patched, while damage across more than about 20 to 30 percent of the surface can make resurfacing the more economical option. Phoenix resurfacing generally runs around $5.00 per square foot, with a typical range of $3.75 to $6.25 based on preparation and finish.

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Pool Deck & Spalling Repair

Concrete pool deck crack repair with polyurethane sealant in Phoenix, AZ.

Pool decks and sun-exposed patios commonly develop flaking, chipping, pitting, and delamination from moisture, rebar corrosion, chemicals, and repeated heat exposure. We remove unsound concrete, treat exposed steel, apply a bonding agent, and rebuild the surface with polymer-modified repair mortar. Because roughly 55 percent of repaired structures in cited durability research showed renewed damage within ten years, careful surface preparation and material selection matter more than a fast cosmetic patch.

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Concrete Lifting & Leveling

Hydraulic equipment installing a steel pier under a concrete stem wall for foundation repair in Phoenix, AZ.

Mudjacking fills voids with a cement-based slurry, while polyurethane foam injection offers a lighter option that cures within about 15 minutes. We use these methods to restore sunken driveways, patios, pool decks, sidewalks, and other slabs without demolition when the concrete remains sound. Even a 1/4-inch vertical offset can catch a shoe or wheelchair caster, and many municipal codes flag offsets over 1/2 inch as trip hazards requiring correction.

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Concrete Sealing & Waterproofing

Close-up of a concrete crack being repaired and sealed in a Phoenix, AZ yard.

Penetrating and acrylic sealers, along with waterproofing membranes, help block moisture, efflorescence, oil, rust, and UV-related deterioration after repairs. This protection matters during monsoon storms that can drop over an inch of rain in under an hour. Properly installed and maintained concrete can last 25 to 30 years in the desert climate, compared with 12 to 18 years for asphalt, and exposed exterior concrete generally benefits from resealing every two to three years.

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Repair Method Options

Types of Concrete Repair Methods

Concrete damage can look similar at the surface while requiring very different repairs below it. We select among injection, flexible sealing, structural stabilization, bonded patching, resurfacing, slab lifting, and protective sealing based on whether the damage is structural, active, moisture-related, or caused by soil movement.

Caulk gun applying flexible sealant into a saw-cut concrete crack on a residential driveway in Phoenix, AZ.

Crack Injection & Flexible Sealants

Injection and sealing methods restore the crack line while accounting for its movement and structural role. The crack is opened into a clean reservoir, cleared of debris, filled with the selected material, and finished flush with the surrounding surface.

  • Low-viscosity epoxy for structural crack bonding
  • Semi-rigid polyurethane for active or moving cracks
  • Flexible sealant for Arizona expansion and contraction cycles
  • Routing and flushing to remove weak edges and debris
  • Sealant reapplication where UV and moisture protection is needed
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Hydraulic equipment installing a steel pier under a concrete stem wall at a home in Phoenix, AZ.

Structural Slab & Foundation Stabilization

Structural repair focuses on restoring support and controlling the condition that caused movement. We assess the concrete, footing, soil, drainage, and nearby irrigation before selecting reinforcement, grouting, leveling, or replacement.

  • Pressure grouting to fill voids below slabs
  • Compaction grouting to densify loose soil beneath footings
  • Carbon-fiber or steel strips for stressed stem-wall cracks
  • Drainage and irrigation corrections near foundations
  • Permitting and documentation when structural work requires it
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Worker using a metal squeegee to apply a concrete overlay to a worn surface in Phoenix, AZ.

Bonded Patching & Resurfacing

Patching restores localized damage, while a polymer-modified overlay renews a broader worn surface. Both depend on removing weak concrete, creating clean edges, and bonding the repair to a stable substrate.

  • Hydraulic cement patching for scaled and spalled areas
  • Epoxy or acrylic bonding agents for old-to-new adhesion
  • Vinyl patcher for shallow surface repairs
  • Fiber-reinforced mix for patches deeper than an inch or under vehicle loads
  • Polymer-modified overlays for widespread scaling or discoloration
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A crack in concrete being cleaned and filled with sealant for a repair project in Phoenix, AZ.

Mudjacking, Foam Injection & Grouting

Slab-lifting methods fill unsupported space and bring settled concrete back toward grade without tearing out an otherwise sound slab. The choice depends on slab size, sub-soil condition, added weight, access, and how soon the surface must return to service.

  • Cement-based slurry for driveways and larger slab areas
  • Lightweight polyurethane foam for sidewalks and pool decks
  • About 15 minutes of curing for polyurethane foam
  • Pressure grouting for ongoing settlement below slabs
  • Level restoration without full slab demolition
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Precision saw-cut groove for polyurethane sealant repair on a structural fracture in Phoenix, AZ.

Sealers & Waterproofing Protection

Protective treatments reduce the moisture and UV exposure that can shorten a repair's life. Preparation includes cleaning the surface and addressing contaminants so the sealer or membrane can bond to stable concrete.

  • Penetrating sealer for moisture and mineral intrusion
  • Acrylic sealer for exterior surface protection
  • Waterproofing membranes for slabs, stem walls, and pool decks
  • Efflorescence, algae, mold, oil, and rust removal before sealing
  • Earlier resealing for pool decks and south-facing high-UV surfaces
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Finding the Right Repair

Choosing the Right Concrete Repair Approach

The right repair balances damage depth, crack movement, slab support, moisture, load, soil condition, surface exposure, and finish. During the estimate, we separate cosmetic wear from structural distress, explain when repair can preserve the slab, and identify the conditions that would make replacement more appropriate.

Cause-Based Damage Diagnosis

We look beyond the visible crack, chip, or low spot to determine whether heat cycling, water intrusion, soil settlement, poor drainage, irrigation, load, chemical exposure, or corroding rebar is driving the failure. That diagnosis guides both the repair material and any supporting correction needed to reduce repeat damage.

Arizona Standards & Documentation

Phoenix Concrete Co. is a licensed and insured Arizona concrete repair contractor. Our work follows ACI repair guidance and Arizona Registrar of Contractors standards for materials and workmanship, with documentation and the appropriate Maricopa County or City of Phoenix permitting process when structural repairs require it.

Residential & Commercial Capability

Our crews repair residential driveways, patios, pool decks, sidewalks, slabs, and foundations as well as commercial and industrial tilt-up panels, warehouse floors, loading docks, ramps, curbs, and gutters. The repair plan accounts for vehicle loads, pedestrian access, property operations, and the time the surface needs before returning to service.

What Sets Us Apart

Why Choose Us for Concrete Repair?

A free on-site estimate gives us the opportunity to walk the property, identify the actual damage mechanism, and explain practical repair and replacement options before anything is poured, injected, patched, or lifted. You receive a scope based on the surface, access, soil, moisture, and structural conditions found at your property.

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Extreme Heat & UV Stress

Driveways and patios can exceed 140 degrees at the surface during Phoenix summers. Repeated heating, cooling, and UV exposure stresses repair lines, dries sealers, and contributes to cracking, pitting, and surface deterioration when the selected material cannot accommodate the cycle.

Soil Settlement & Slab Heaving

Caliche-heavy soils, expansive clay pockets, minimally compacted fill, irrigation, and monsoon saturation can leave voids or move sections of a slab. The resulting settlement or heave may appear as tilted edges, wall gaps, linear grout cracks, sticking doors, or diagonal foundation cracks.

Water Intrusion & Rebar Corrosion

Open cracks and joints admit monsoon or irrigation water carrying dissolved minerals. Moisture can produce efflorescence, widen active cracks, and accelerate corrosion where reinforcing steel is exposed, so lasting repair may require drainage correction, rebar treatment, sealing, or waterproofing in addition to filling the visible opening.

Scaling, Pitting & Spalling

Flaking, chipping, shallow craters, and delaminated patches can develop from moisture, reactive aggregate, pool chemicals, rare freeze-thaw cycles, corrosion, or poor previous bonding. Repair requires removing every unsound edge and rebuilding from clean, stable concrete rather than covering loose material.

Uneven Slabs & Trip Hazards

Settled sidewalk panels, pool-deck sections, patios, ramps, and parking areas can catch shoes or wheelchair casters and create accessibility or inspection concerns. We evaluate slab lifting, leveling, curb repair, or ramp correction based on the concrete's condition and the support below it.

Stains & Surface Contamination

Oil, rust, irrigation minerals, efflorescence, algae, and mold can discolor concrete and interfere with the bond of patches, overlays, and sealers. Cleaning and contaminant treatment are part of surface preparation so the finished repair adheres to stable concrete.

How It Works

Our Concrete Repair Process

Each project begins with the condition that caused the damage and ends with a repair selected for the surface, movement, load, moisture, and Phoenix exposure. The process below gives property owners a clear path from assessment through preparation, repair, protection, and maintenance.

01.

Walk the Property

We inspect cracks, elevation changes, delamination, stains, exposed steel, drainage, irrigation, adjacent soil, and how the surface is used. The visit establishes the damage boundaries and gives us the access and load information needed for an accurate repair scope.

02.

Diagnose the Failure

We determine whether the primary cause is shrinkage, active movement, soil settlement, a void, moisture, corrosion, chemical exposure, impact, or surface wear. This step separates repairable concrete from damage that extends through the slab or requires structural correction.

03.

Prepare Stable Concrete

Crews rout cracks, saw-cut clean patch edges, remove laitance and delaminated material, roughen bonding surfaces, flush debris, and treat exposed rebar. Proper preparation creates the mechanical and chemical bond needed between the existing slab and the new repair.

04.

Match the Repair Method

We select epoxy, polyurethane, flexible sealant, hydraulic cement, polymer-modified mortar, reinforced patch mix, overlay, cement slurry, foam, grouting, reinforcement, or protective sealer according to crack movement, depth, load, soil, moisture, and finish.

05.

Repair, Level & Finish

The crew injects, patches, reinforces, resurfaces, lifts, or seals the prepared area according to the approved scope. Crack repairs are finished flush, slabs are returned toward grade, and surface repairs are blended with the surrounding finish where the repair method allows.

06.

Protect & Maintain

We explain curing, return-to-service, sealing, drainage, irrigation, and maintenance considerations for the completed repair. Structural work is documented and routed through the appropriate City of Phoenix or Maricopa County process when permits are required, and exterior surfaces can be scheduled for future resealing based on exposure.

Start with a Damage Assessment

Schedule a Concrete Repair
Estimate

Request a free estimate for cracked, settled, spalled, stained, or uneven concrete in Phoenix and the surrounding service area. We will inspect the damage, explain what is driving it, and outline repair or replacement options for the property.

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Concrete Repair Help

Concrete Repair FAQs

These answers cover common questions about concrete repair costs, materials, surface preparation, lifting, sealing, and service in Phoenix. An on-site assessment is still the best way to distinguish surface wear from movement or structural damage.

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Phoenix concrete repair typically ranges from $175 for small patch jobs to $3,600 for more extensive repairs, while the broader national average is around $1,890. Minor crack filling is about $1 to $3 per linear foot, and patio or walkway repair averages around $5.00 per square foot. Larger slab or foundation corrections can range from $350 to $17,000, so an on-site estimate is needed for the actual scope.

Yes, when the old concrete is properly prepared. Loose material and laitance must be removed, the surface should be mechanically roughened and cleaned, and a bonding agent, epoxy, or latex-modified additive is used before placement. Fresh material placed directly over a smooth or contaminated surface can delaminate within months.

A polymer-modified patch material with an epoxy or acrylic bonding agent performs well under Phoenix heat cycling. Vinyl patcher can suit shallow cosmetic repairs under half an inch deep, while fiber-reinforced material is better for deeper patches or vehicle loads. Saw-cut edges, cleaning, and priming are essential to the bond.

Do not patch over poor drainage, soil settlement, or an active crack without addressing the cause. Skipping routing, roughening, cleaning, or bonding preparation can make a patch fail within a year or two, and rigid mortar is a poor choice for a moving crack. Delaying a small repair can also turn a roughly $200 fix into a multi-thousand-dollar slab replacement.

A 10-day notice generally refers to a legal notice under Arizona landlord-tenant or contractor-dispute statutes that gives a party ten days to correct a defect or code issue before further action. For concrete, it may arise after a municipal inspection identifies a trip hazard or accessibility problem. The exact legal effect depends on the notice and circumstances, so property owners should review it with qualified legal counsel while arranging any documented repair.

The work may require a bonding agent, a patch material suited to the depth and load, grinders or chisels for preparation, and a moisture barrier near grade. Structural cracks need epoxy or polyurethane injection equipment, while slab leveling requires mudjacking or foam-injection equipment. The damage mechanism determines which tools and materials belong in the repair.

Crack injection is commonly priced by the linear foot, resurfacing by the square foot, and structural or leveling work by the project after an on-site assessment. Phoenix resurfacing is typically $3.75 to $6.25 per square foot. Average foundation repair is around $4,568, with a typical range of $2,128 to $7,007 and roughly $12 per square foot for slab-related correction work.

In many cases, yes. Cracking, scaling, spalling, pitting, staining, voids, and settlement can often be repaired when the slab remains structurally sound. Replacement is more likely when damage extends through the full slab depth, rebar is significantly corroded, or previous improper repairs have compromised the concrete.

Hairline shrinkage cracks are usually less concerning than wide cracks, cracks with vertical offset, or diagonal cracks running from corners. Cracks that widen after rain can point to drainage or soil movement beneath the slab. An inspection should evaluate the crack pattern, movement, moisture, and surrounding elevation before a material is selected.

Spalling can result from moisture inside the concrete, corroding rebar, pool chemicals, salt exposure, and occasional freeze-thaw cycling. Saltwater pool systems can accelerate scaling around coping and deck edges. Repair involves removing delaminated concrete, treating exposed steel, applying a bonding agent, and rebuilding with polymer-modified mortar.

Mudjacking pumps a cement-based slurry beneath a slab to fill voids and raise it, making it useful for driveways and larger areas. Polyurethane foam is lighter and cures within about 15 minutes, which can suit pool decks, sidewalks, and places where added weight is a concern. Slab size, soil condition, access, and return-to-service needs guide the choice.

Exposed exterior concrete should generally be resealed every two to three years in the Phoenix climate. Pool decks and south-facing surfaces with heavy UV exposure may need attention sooner. Between cycles, remove irrigation mineral buildup and address small cracks before monsoon moisture enters them.

Phoenix Concrete Co. provides concrete repair, resurfacing, and leveling in Phoenix, Scottsdale, Tempe, Mesa, Chandler, Glendale, and the greater Maricopa County metro area. Service includes residential, commercial, industrial, and managed properties within that supported area.