Waukesha Quality Concrete: Trusted Concrete Contractors in Waukesha, WI
#1 Concrete Installation Company in Waukesha, WI
Waukesha Quality Concrete is a full-service concrete company based in Waukesha, Wisconsin, with over 20 years of experience, handling driveways, patios, sidewalks, foundations, and concrete removal and replacement for residential and commercial properties throughout Waukesha County and Southeastern Wisconsin.
Concrete work is one of those investments that either holds up for decades or starts showing problems within a few winters. Wisconsin freeze-thaw cycles, road salt, and heavy vehicle traffic all put pressure on flatwork, which makes proper subgrade preparation, mix selection, and jointing more than technical details.
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Residential Concrete Services
We pour, finish, and repair concrete for homes throughout Waukesha and the surrounding communities, from driveways and walkways to patios, steps, slabs, and retaining walls. Every project accounts for Wisconsin's freeze-thaw cycles, with proper base preparation, air-entrained mixes, and control joints placed to manage cracking.
Concrete Driveway Installation
A residential driveway in southeastern Wisconsin needs more than a slab of concrete. We excavate to grade, compact a base of crushed aggregate — typically 4 to 6 inches — and pour at a minimum thickness of 4 inches for standard vehicles or 5 to 6 inches where trucks, RVs, or trailers park.
Reinforcement matters here. We use rebar on a grid or welded wire mesh depending on soil conditions and expected loads.
Control joints are cut within 24 hours of the pour, spaced roughly 10 to 12 feet apart, to direct cracking below the surface. Grading is set to move water away from your foundation and toward the street or a swale.
Finishes include broom, exposed aggregate, and stamped borders.
Concrete Walkway/Sidewalk Installation
Walkways and sidewalks are usually poured at 4 inches over a compacted gravel base. Standard widths run 36 to 48 inches for front walks, though we size paths to match the entry and landscaping.
We form curves as readily as straight runs. Flexible forms let us follow planting beds, wrap around trees, or connect a driveway to a side entrance without awkward angles.
Common considerations we address:
- Slope of 1/4 inch per foot for drainage
- Broom finish for slip resistance in wet and icy conditions
- Expansion joints where the walk meets the driveway, steps, or foundation
- ADA-compliant grades when accessibility is a requirement
Municipal sidewalk replacement in Waukesha may require a permit and inspection, which we handle as part of the job.
Concrete Patio Installation
Poured concrete gives you a continuous surface with no joints for weeds or ants, and it costs less per square foot than pavers over the life of the patio.
We start by confirming the layout with you on site — furniture placement, grill area, door swings, and sightlines all affect the dimensions. Most patios are poured 4 inches thick on 4 inches of compacted base.
Slope is set away from the house at about 1/8 to 1/4 inch per foot so rainwater doesn't pool near the foundation.
Finish options range from a standard broom texture to swirl, salt, or exposed aggregate. Integral color can be mixed into the concrete, and we can pour in sections with contrasting borders.
Stamped Concrete Patio
Stamped concrete replicates the look of flagstone, slate, brick, or wood plank at a lower cost than the real material. We apply color hardener and release agent, then press textured mats into the fresh surface before it sets.
Two-tone coloring with a base and accent shade produces more depth than a single color. We seal stamped work after curing and recommend resealing every two to three years to protect against UV fading and de-icing salts.
Stamped surfaces can be slick when wet, so we add a non-slip additive to the sealer on pool decks and steps.
Concrete Steps
We form and pour steps on site, which allows us to match your exact rise and run rather than working around precast dimensions. Typical residential risers fall between 6 and 7.5 inches, with treads of 11 inches or more.
Footings extend below the Waukesha County frost line — 48 inches — so the steps don't heave over the winter. We tie the stairs into the foundation with rebar dowels where appropriate.
Existing steps that are settling, spalling, or pulling away from the house can often be removed and replaced in a single day. We also resurface sound steps with an overlay when the structure underneath is still solid.
Concrete Slab Foundation
Slab work covers additions, sheds, garages, and detached structures. We handle excavation, base preparation, vapor barrier, reinforcement, and the pour itself.
A typical residential slab includes:
- Compacted granular base, usually 4 to 6 inches
- 6-mil polyethylene vapor barrier under heated spaces
- Rigid perimeter insulation where code or use requires it
- Rebar or wire mesh reinforcement
- Thickened edges or integral footings at bearing points
Thickness depends on the load. Shed slabs are commonly 4 inches; slabs supporting living space or heavy equipment go to 5 or 6 inches with heavier reinforcement.
We pull permits and coordinate inspections with the local building department.
Concrete Pool Deck
A pool deck has to shed water, resist chlorine and salt, and stay comfortable underfoot. We slope the surface away from the pool shell and coordinate with deck drains where the grade doesn't allow runoff.
Broom finishes, salt finishes, and textured stamped patterns all provide traction. Lighter colors absorb less heat, which makes a noticeable difference in July.
We form around skimmers, returns, light niches, and coping, and we place expansion joints between the deck and the pool structure so the two can move independently.
Cantilevered edges and bullnose coping are available for both new construction and deck replacement around an existing pool.
Concrete Garage Floor
Garage floors take abuse from vehicle weight, dropped tools, road salt, and moisture. We pour attached and detached garage floors at 4 inches minimum, stepping up to 5 or 6 inches for shops, lifts, or heavy storage.
Slope runs toward the overhead door — roughly 1/8 inch per foot — so meltwater drains out instead of collecting.
We can install a floor drain where plumbing allows, and we place isolation joints at the perimeter walls to prevent bonding to the foundation.
Steel troweling produces a hard, dense surface that's easy to sweep. Densifiers and penetrating sealers extend service life and reduce dusting.
We also remove and replace failed floors, including those with severe cracking or spalled surfaces caused by salt exposure.
Concrete Retaining Wall
Poured concrete retaining walls hold back soil on sloped lots and create usable terraces. We design walls with the height, backfill, and drainage requirements of the site in mind.
Footings are set below frost depth and sized to the wall's height and load. Vertical and horizontal rebar is placed before the pour.
Drainage is what determines whether a wall lasts. We install perforated drain tile behind the wall, wrap it in filter fabric, and backfill with clear stone to relieve hydrostatic pressure.
Walls above four feet generally require engineering and a permit in Waukesha. We coordinate that documentation as part of the project and can finish the exposed face with a form liner, texture, or stone veneer.
Concrete Curbing & Edging
Poured curbing separates lawn from planting beds, driveways, and walkways without the shifting that comes with plastic or metal edging.
We extrude continuous curb in place using a curb machine, which means no seams and no joints for grass to grow through. Profiles include mower's edge, slant, straight-face, and rounded top.
Standard curb runs about 6 inches wide and 4 to 6 inches deep, with a portion set below grade for stability.
Color and stamped texture can be added during installation. Control joints are cut at regular intervals so seasonal movement doesn't crack the run in unpredictable places.
Our Commercial Concrete Services
We pour and repair concrete for businesses throughout Waukesha County, from retail parking lots to manufacturing floors. Our commercial work focuses on load capacity, drainage, and surfaces that hold up under daily traffic and equipment.
Parking Lot Concrete
Concrete parking lots handle heavy vehicle loads without rutting the way asphalt does in Wisconsin summers. We typically place 6-inch slabs for standard passenger stalls and 8-inch sections at drive aisles and dumpster pads where garbage trucks turn and load.
Proper grading matters as much as thickness. We set slopes between 1% and 2% toward catch basins or curb lines so meltwater and rain move off the surface instead of freezing in low spots.
Our crews also handle:
- Saw-cut control joints on a 12- to 15-foot grid
- Integral or extruded curb and gutter
- ADA-compliant accessible stalls and ramps
- Layout for striping after cure
Warehouse Floor Concrete
Warehouse slabs need flat, level surfaces so forklifts and racking systems operate correctly. We place floors with attention to F-numbers (flatness and levelness), which affects how narrow-aisle equipment tracks at height.
Slab thickness depends on rack post loads and wheel loads. Most distribution and storage buildings in the area call for 6 to 8 inches over a compacted granular base, with a vapor barrier beneath when moisture-sensitive coatings or flooring will be installed later.
Industrial Concrete Flooring
Manufacturing and processing floors face conditions that standard slabs are not mixed for: chemical exposure, thermal cycling, impact from dropped tooling, and constant equipment vibration.
We adjust the mix design accordingly, using lower water-cement ratios for density and specifying air entrainment where freeze-thaw exposure applies at loading areas and dock aprons.
Surface finish is chosen for the work happening on it. Hard-troweled finishes suit dry production areas, while broom or textured finishes provide traction in wash-down zones.
We also install equipment pads, machine bases with anchor bolt templates, containment curbs, and trench drains, and we coordinate with your mechanical and electrical trades before the pour so penetrations and embeds are set correctly the first time.
Concrete Repair and Maintenance
Wisconsin winters, road salt, and freeze-thaw cycles wear down concrete over time, but replacement isn't always the answer. We repair cracks, lift settled slabs back to grade, and apply protective treatments that extend the life of driveways, patios, sidewalks, and steps across Waukesha County.
Concrete Repair
Cracks, spalling, and chipped edges are common on surfaces older than ten years, especially where de-icing salt is used.
We start by identifying the cause. A hairline crack from shrinkage is treated differently than a structural crack caused by soil movement or a failing base.
Our repair work includes:
- Crack routing and sealing with flexible polyurethane or epoxy fillers
- Spall and scaling repair using bonded overlay material
- Step and stoop rebuilding where treads have broken away
- Partial-section replacement when damage is isolated to one slab
If the damage covers more than roughly a third of the surface, or the base underneath has washed out, we'll tell you honestly that replacement is the better value.
Concrete Leveling and Mudjacking
Settled slabs create trip hazards and direct water toward your foundation. Rather than tearing out the concrete, we lift it back into position.
Mudjacking works by drilling small holes through the slab and pumping a cement-based slurry underneath. The pressure raises the concrete and fills the voids left by eroded or compacted soil.
Typical candidates for leveling:
Surface: Common Cause of Settling
- Driveway approach: Backfill compaction near the garage
- Sidewalk sections: Tree root decay, poor drainage
- Garage floors: Voids under the slab
- Patios and pool decks: Erosion from downspouts
Most jobs finish in a single day, and the holes are patched before we leave. Leveling generally costs less than replacement and keeps your existing surface in place.
Concrete Sealing and Resurfacing
Sealing is the least expensive maintenance step and the one most often skipped. A penetrating siloxane or silane sealer reduces water absorption, which limits freeze-thaw damage and salt scaling.
We recommend resealing exterior flatwork every two to four years, depending on exposure and traffic.
When a surface is structurally sound but looks worn, resurfacing is an option. We apply a polymer-modified overlay, usually 1/4 to 1/2 inch thick, over the existing slab.
Overlays can be finished smooth, broom-textured, or stamped to add pattern and color. This gives you a new surface without the cost and disruption of full removal and repour.
Why We're the Best Concrete Company in Waukesha
Homeowners and businesses in Waukesha choose us because we combine proper site preparation, correct concrete mix specifications for Wisconsin's freeze-thaw cycles, and a documented process from first estimate through final cure. Our crews follow ACI standards on every pour, whether it's a 600-square-foot driveway or a commercial foundation.
What Does Our Expert Concrete Process Involve?
Every project moves through the same five stages:
Planning & Timeline
01
How Long Does a Concrete Project Take?
The active work on a typical project breaks down into a few distinct stages.
Stage and Typical Duration
- Demolition and removal of old slab: 1 day
- Excavation, grading, base prep: 1–2 days
- Forming and reinforcement: 1 day
- Pouring and finishing: 4–8 hours
- Form removal and cleanup: 1–2 days after pour
A standard two-car driveway usually runs three to five working days of on-site labor. Larger jobs — a full patio with a sidewalk connection, or a stamped decorative surface requiring color and sealing — often stretch to seven or ten days.
Permitting adds time before we ever break ground. Waukesha County and city permits typically take a few business days to process, and we handle that paperwork as part of the project.
02
When Is the Best Time to Pour Concrete?
In southeastern Wisconsin, the pouring season generally runs from late April through early November.
The ideal conditions are air temperatures between 50°F and 80°F with moderate humidity and no rain in the forecast for 24 hours. Late spring and early fall tend to hit these numbers most consistently.
Mid-summer pours are entirely workable, but the concrete sets faster in heat. We schedule those for early morning and may use retarding admixtures or evaporation retarders to keep the surface workable.
Booking matters as much as weather. Our calendar fills quickly from May through August, so homeowners planning a summer patio are better served reaching out in February or March.
Late-season pours in October and November are possible when we can protect the slab with insulated blankets, though ground temperature becomes the limiting factor.
03
How Weather Can Affect Concrete Installation
Concrete is chemically sensitive to temperature and moisture during its first several days.
Cold weather: Below 40°F, hydration slows significantly. Below freezing, water in the mix can expand and permanently weaken the slab. We use heated water, accelerating admixtures, and insulated blankets when temperatures drop.
Hot weather: Above 85°F, rapid evaporation causes plastic shrinkage cracking. Fogging, windbreaks, and early-morning scheduling address this.
Rain: A downpour on fresh concrete dilutes the surface paste and creates a weak, dusty finish. We reschedule when rain is likely within the first several hours.
Wind: Dry wind pulls moisture from the surface faster than heat alone. It's an underrated risk on otherwise pleasant days.
We monitor the forecast closely in the days leading up to a scheduled pour and will move a date rather than compromise the slab.
04
How Long Does Concrete Need to Cure?
Concrete gains strength gradually and continues to do so for years, but the practical milestones are what matter for planning.
- 24–48 hours — Forms come off; light foot traffic is acceptable
- 7 days — Roughly 70% of design strength reached
- 7–10 days — Passenger vehicles can typically use a driveway
- 28 days — Full design strength; heavy vehicles and equipment are safe
- 28–30 days — Earliest point for applying most sealers
Keeping the surface moist during the first week improves final strength. We apply a curing compound or recommend a light watering schedule depending on the mix and season.
Avoid de-icing salts on new concrete through the first winter. Sand provides traction without accelerating surface scaling.
Cost & Budget
What Does a New Concrete Project Cost?
Concrete pricing in Waukesha typically falls between $8 and $20 per square foot installed, with most residential projects landing somewhere in the $2,500 to $12,000 range. The final number depends on square footage, site conditions, thickness, finish type, and whether existing concrete needs to be removed first.
Here is what we generally see for common residential projects in Waukesha County:
- Two-car driveway: $5,400-$12,000
- Patio: $2,700-$8,000
- Sidewalk or walkway: $900 - $2,400
- Garage Slab: $3,200 - $7,200
- Steps (per step): $300-$600
These figures include excavation, base preparation, forming, pouring, and finishing.
We provide written estimates at no cost, and we itemize labor, materials, and removal separately so you can see exactly where the money goes.
Factors That Affect Concrete Pricing
Several variables move a quote up or down:
- Slab thickness — A 4-inch patio slab costs less than a 5- or 6-inch driveway rated for vehicle weight.
- Reinforcement — Wire mesh is standard on most pours; rebar adds material and labor cost but improves load performance.
- Site access — If a truck can't reach the pour area, wheelbarrowing or a pump truck adds several hundred dollars.
- Excavation and grading — Sloped lots, poor drainage, or clay-heavy soil require more base material.
- Finish — Broom finish is the baseline. Exposed aggregate, stamped patterns, and integral color each add cost.
- Season — Late-fall and winter pours may require blankets or additives, which increases the total
Concrete Cost Per Square Foot
Breaking it down by finish makes comparison easier:
Finish Type andCost Per Square Foot
- Standard broom finish: $8–$12
- Exposed aggregate: $11–$15
- Stamped concrete: $14–$20
- Colored/stained: $12–$18
Removal of existing concrete typically runs $2–$6 per square foot, depending on thickness and reinforcement.
Small pours often carry a higher per-square-foot rate. A 100-square-foot walkway costs more per foot than a 700-square-foot driveway because setup, delivery, and crew time stay roughly the same regardless of size.
Ready-mix suppliers also apply short-load fees on orders under about 5 cubic yards, which affects smaller jobs.
Driveway, Patio, and Slab Cost Considerations
Driveways need a 5-inch minimum thickness in Wisconsin to handle vehicle loads and freeze-thaw cycling. A compacted gravel base of 6 to 8 inches is standard, and skipping it is the most common reason driveways fail early.
Patios can use a 4-inch slab, which lowers material cost. Most patio budgets shift toward finish upgrades rather than structural depth.
Slabs for garages, sheds, and additions may require thickened edges, vapor barriers, or footings tied to code. Those requirements are set by the City of Waukesha or your township and factor into permitting.
Control joints and proper curing are included in our pricing, not treated as add-ons.
Repair vs. Concrete Replacement
Repair makes sense when the damage is cosmetic or isolated. Hairline cracks, minor spalling, and surface pitting can often be addressed with crack filling or resurfacing for $3–$7 per square foot.
Replacement becomes the better value when:
- Cracks exceed 1/4 inch or run the full width of a slab
- Sections have settled more than an inch, creating trip hazards
- The base has washed out or heaved repeatedly
- More than a third of the surface is deteriorated
Resurfacing a failing slab covers the symptom without fixing the base underneath, and the problem usually returns within a few seasons.
We inspect the base condition before recommending either option, and we'll tell you when a repair is the more sensible use of your budget.
Proudly Serving Southeastern Wisconsin
While our home base is in Waukesha, our crews work throughout Waukesha County and much of Southeastern Wisconsin. If you're within a reasonable drive of our shop, we're happy to schedule an on-site estimate.
We also take on projects in Milwaukee, Jefferson, and Washington counties depending on the size and timing of the job.
Not sure if your address falls within our service area? Give us a call. We'll tell you straight away whether we can take the work, and if we can't, we'll point you toward someone who can.
Working across this region means we understand how Wisconsin winters affect concrete. Freeze-thaw cycles, road salt, and clay-heavy soils all factor into how we prepare a base and finish a slab.
That knowledge carries from one town to the next. A driveway in Oconomowoc faces the same seasonal stress as one in Waukesha, and we build both to handle it.
Reach out with your location and project details, and we'll let you know what's possible.
Communities we regularly serve include:
- Brookfield
- Pewaukee
- New Berlin
- Delafield
- Oconomowoc
- Menomonee Falls
- Sussex
- Muskego
- Hartland
- Wauwatosa
- Elm Grove
- Mukwonago
Concrete FAQs
Below are the questions we hear most often from homeowners and property managers across Waukesha County, covering our service list, pricing factors, stamped concrete options, contractor vetting, cure times, and how our estimates work.
We handle flatwork and structural concrete for residential and commercial properties. That includes driveways, sidewalks, patios, garage floors, basement floors, steps, and footings.
We also perform removal and replacement when an existing slab has settled, cracked through, or heaved from frost. In many cases, tear-out and repour is more cost-effective than repeated patching.
Additional services include:
- Aprons and approach slabs
- Retaining walls and foundation walls
- Curb and gutter work
- Concrete driveway widening and extensions
- Stamped, colored, and exposed aggregate finishes
Pricing depends on square footage, slab thickness, site access, subgrade preparation, and whether existing concrete needs to be removed and hauled away.
In southeastern Wisconsin, standard broom-finished flatwork typically falls in the range of $8 to $15 per square foot. Stamped and decorative work usually runs higher because of the added materials and labor involved.
A few variables that move the number:
Factor: Effect on Cost
- Demolition of old concrete: Adds disposal and labor
- 5" vs. 4" slab thickness: More material per square foot
- Rebar or wire mesh reinforcement: Modest increase, longer service life
- Poor or wet subgrade: May require gravel base correction
- Decorative finish or color: Higher than standard broom finish
We give you a line-item quote so you can see exactly where the money goes.
Yes. We install stamped concrete on patios, walkways, porches, pool decks, and driveways.
Common patterns include ashlar slate, random stone, wood plank, and brick running bond. Color is applied through integral mix pigments, broadcast color hardener, or release agents that create tonal variation.
We also offer exposed aggregate and saw-cut scoring for a cleaner, more geometric look. Every decorative pour gets a sealer, and we recommend resealing every two to three years in our climate.
Start by confirming the contractor carries liability insurance and workers' compensation coverage, and ask for the certificate directly.
Then ask specific technical questions. What slab thickness are you pouring? What is the base preparation? Is reinforcement included? Where will control joints be cut, and how soon after the pour?
Other things worth checking:
- Written contract with scope, materials, and payment schedule
- Local references and recent project addresses you can drive by
- Clarity on who handles permits and utility locates
- A stated warranty, along with what it does and does not cover
Be cautious with bids that come in far below the others. That gap usually reflects thinner slabs, skipped base work, or missing reinforcement.
Concrete gains strength over time rather than simply drying. Most mixes reach roughly 70% of design strength within seven days and continue curing for about 28 days.
General guidelines we give our customers:
- 24 to 48 hours — foot traffic is acceptable
- 7 days — light use, patio furniture
- 10 to 14 days — passenger vehicles on a driveway
- 28 days — heavy vehicles, trailers, and full design strength
Cold weather slows the process, and Wisconsin fall pours may need longer waits or protective blankets. We also ask you to keep deicing salts off new concrete through the first winter, since salt damages the surface before it has fully hardened.
Yes. We provide free, no-obligation estimates for both residential and commercial work in Waukesha and surrounding communities including Pewaukee, Brookfield, New Berlin, and Wales.
We visit the site to measure, check drainage and grade, and look at access for trucks and equipment. That on-site step keeps the quote accurate instead of leaving room for surprise charges later.
Call us or send project details through our contact form, and we will schedule a time that works for you.