Local Concrete Contractors in Waukesha, Wisconsin for Driveways & Patios

Concrete Resurfacing, Repair & Coatings

As Waukesha’s expert concrete contractor, our goal is to enhance your home or business with durable driveways, patios, and concrete repairs. We ensure Waukesha, Wisconsin locals achieve long-lasting results through our commitment to clear quotes and fast, reliable work.

Exterior Concrete

Exterior concrete is all about function. Your driveway, your walkway, your patio and your landscaping needs to put up with the wear and tear of constant weather, cars, people, and everything else.

But that doesn’t mean it can’t look good too.

Whether you need to install a simple recreation pad or want a driveway that makes your home turn heads from the curb, Midwest Concrete Technologies can do it. Beautiful driveways, walkways, patios and more.

Stamped concrete is a great way to turn a simple patio into a unique design. This is done through simple patterns, textures, or “stamps.”

Decorative concrete covers various ways in which you can enhance the appearance of your concrete including colors, shapes and patterns.

Do you have something specific in mind? Midwest Concrete has created custom courtyards, driveways, walkways, patios and landscaping.

Interior Concrete & Flooring

When most people think of concrete, they think of the large, bland grey slabs of sidewalk and driveways. But did you know that concrete can be used in tons of different ways indoors as well?

This includes countertops, flooring, dividers and more.

Midwest Concrete Technologies has tons of options for ways in which concrete can be used for indoor spaces. Transform your workshop, garage, kitchen or storefront with custom concrete.

Epoxy is a very durable, synthetic coating that gets put on top of concrete. This adds a layer of protection and gives concrete a great aesthetic.

Concrete and epoxy countertops are a perfect solution for indoor and outdoor bar tops, and can be great for kitchen spaces as well.

Concrete flooring doesn’t have to be plain! Decorative concrete and clear epoxy coating can be used for workshops, restaurants, and storefronts.

Examples of Our Work

Take a look at a few of our examples and see if any of them match what you have in mind. Whether you need something simple, or looking at custom or decorative concrete, we have plenty of experience with every type of concrete installation.

Beautiful Concrete for Beautiful Homes

Maybe you have an idea in your head for a beautiful concrete design in your head. Let Midwest Concrete Technologies help you make it a reality!

Our concrete contractors can work with you to make your dream a reality. Not only do we install concrete, we can help run through a list of designs for stamped, decorative, and custom concrete to really make your home pop.

It’s time to rethink how we imagine concrete.

Contact Midwest Concrete Technologies to get started today!

What Concrete Services Do You Offer in Waukesha, WI?

Midwest Concrete Technologies is a trusted concrete contractor in Waukesha offering a wide range of concrete services for both homes and businesses in Waukesha County, WI. Our team of licensed professionals and experienced local concrete contractors in Waukesha delivers quality concrete work built to last.

Whether you need concrete installation or concrete repairs, we provide full solutions that meet your needs. We focus on project design and construction to ensure every job is strong and looks great. From concrete finishing to repair services, we are your reliable Waukesha concrete company.

We use trusted materials and expert skills to finish each project on time and within your budget. Contact us today to learn how we can help with your next concrete project in Waukesha.

Residential Concrete Services in Waukesha

If you want strong and attractive outdoor spaces, our Waukesha concrete driveways, patios, and walkways are a great choice. We offer custom residential concrete services that improve your home’s look and value.

Our services include:

  • Installing concrete patios with options for stamped concrete, colored concrete, and other decorative concrete finishes.
  • Building durable sidewalks and walkways that fit well with your landscaping.
  • Installing long-lasting driveways using eco-friendly materials.
  • Applying expert concrete staining and stamping to enhance your outdoor area.

Every residential project is planned carefully so the design matches your home and the work lasts. Our licensed and experienced crew works with you to create results that combine style and strength. Ready to upgrade your home’s exterior? Request a free estimate today.

Commercial Concrete Projects We Handle in Waukesha

We help businesses in Waukesha County with a variety of commercial concrete projects. We handle many types of structural and flatwork tasks, such as:

  • Installing strong concrete foundations and footings.
  • Building and repairing parking lots designed for heavy commercial use.
  • Performing accurate concrete layout and slab work for warehouses, offices, and factories.
  • Supporting infrastructure with structural steel and other special needs.

We know how important it is to keep projects on schedule and within budget while following professional standards. Our licensed experts manage your project carefully to meet all your commercial concrete needs.

For trusted and durable commercial concrete work in Waukesha, contact us to discuss your project and set up a consultation.

Specialized Concrete Finishes (Stamped, Decorative, Polished Concrete)

Make your floors look better and last longer with our specialized concrete finishes. We offer skilled application of stamped concrete, decorative concrete, and polished concrete that add both beauty and durability.

Our specialized finish options include:

  • Quality stamped concrete that looks like natural stone, brick, or tile.
  • Custom decorative concrete with colors and textures for indoor or outdoor areas.
  • Strong and easy-to-clean polished concrete is perfect for garage floors, showrooms, and commercial spaces.
  • Attractive stained concrete adds color and depth to any surface.

Our team of Waukesha concrete specialists uses these finishing methods to improve how your space looks and lasts. Whether you want to upgrade your garage floor or add a stylish patio, our professionals deliver expert craftsmanship based on your design ideas.

Factors Influencing Concrete Project Pricing

Several key factors affect the price of concrete projects in Waukesha:

  • Size: Bigger projects need more materials and labor, which raises the cost.
  • Materials: Basic concrete differs from decorative types like stamped, polished, or colored concrete. These special materials can change the price.
  • Complexity: Custom designs, detailed patterns, and special finishes take more time and skill, which increases labor costs.
  • Type of Construction: Costs vary between residential foundations, commercial flatwork, driveways, and patios because each has different requirements.
  • Labor: Skilled workers ensure good quality, but their work may affect the final price depending on the project.

Choosing decorative or custom concrete solutions often means working with experts in Waukesha who know how size, materials, and complexity impact pricing. Our experienced team is ready to provide advice and affordable, long-lasting concrete options.

Our Concrete Construction Process

At Midwest Concrete Technologies, we follow a clear and efficient concrete construction process designed for Waukesha County. As a trusted concrete contractor in Waukesha, our experienced team focuses on quality and solid project management. Whether you need residential or commercial concrete services in Waukesha, our company keeps communication open and schedules work carefully to fit your needs.

Knowing the usual timeline for concrete work in Waukesha helps customers plan better. Our concrete contractors follow a clear project management plan to finish jobs on time:

  1. Consultation: We discuss the project’s size, budget, and what the client needs.
  2. Preparation: We inspect the site, do excavation, and prepare the ground for a solid base.
  3. Pouring: We mix and pour concrete carefully for footings, foundations, or flatwork.
  4. Curing: The concrete is allowed to cure so it becomes strong and long-lasting.
  5. Finishing: We add surface treatments and final touches for both look and function.

Each phase is scheduled with regular updates for the client. The time needed depends on how big or complex the project is. We plan to meet deadlines while keeping quality high.

Detailed Project Scheduling and Completion Process

Scheduling and managing projects well are key to Midwest Concrete Technologies’ success as a concrete provider in Waukesha. Our team works together to keep things running smoothly and finish on time:

  • Set clear milestones to track progress and meet deadlines.
  • Coordinate subcontractors, suppliers, and workers for smooth site management.
  • Perform inspections during the main stages to follow industry standards.
  • Keep clients updated and respond quickly to questions.
  • Follow quality checks to maintain our reputation as a trusted construction contractor in Waukesha.

This organized method helps avoid delays and keeps clients informed throughout the project, leading to satisfaction from start to finish.

Why Choose Midwest Concrete Technologies?

Experience and Reputation

Midwest Concrete Technologies is a licensed and trusted concrete contractor serving Waukesha County, WI. With many years of experience, our company has earned a strong reputation for delivering quality concrete solutions with professionalism and skill. 

Our team of professionals is known for its skilled workmanship and commitment to each project. Customers often praise our reliability, professionalism, and the long-lasting results of our concrete work. Whether you need driveway installation, concrete repairs, or decorative concrete, you can trust our experts to provide the highest level of service.

Commitment to Customer Satisfaction 

Customer satisfaction drives everything we do at Midwest Concrete Technologies. Our company focuses on providing superior quality concrete solutions to meet the needs of clients across Waukesha and nearby areas. From the first call to project completion, we deliver professional service designed to improve your property’s value.

Our reputation as a trusted and reliable concrete contractor comes from clear communication, careful work, and high craftsmanship standards. We use only top-quality materials and follow strict quality checks to ensure every job meets or goes beyond customer expectations.

Request a Concrete Quote Today!

Whether it’s a small residential job or a large commercial installation, Midwest Concrete Technologies offers honest, upfront estimates. We take time to understand your priorities, timeline, and budget.

Reach out today to schedule a walkthrough, receive a project proposal, or discuss your vision with our experienced team. Let us provide the strong foundation your property needs.

8‑step checklist to decide: repair vs replace a concrete slab in Waukesha

As a Concrete Contractor in Waukesha, Wi, you can use this 8‑step checklist to inspect a slab, compare repair vs replacement, and estimate local costs. Take photos of each damage type listed. Photos help you show the problem to a contractor.

1. Scan for active movement (heaving or settling)
You look for uneven surfaces, gaps under doors, or puddles after rain. The slab can heave in winter and settle later.

Decision rule: if vertical displacement between slab sections is greater than 3/8 inch or the slab moves seasonally, plan for replacement or slab‑lifting plus stabilization.

Photo to take: side view showing height difference between adjacent panels. Typical Waukesha cost range: slab‑lifting (poly foam) $600–$2,500; full replacement $6–$12 per sq ft (includes demo and new pour).

2. Measure crack width and pattern
You map cracks and measure the widest gap. Hairline cracks that do not run through the slab and do not widen are cosmetic.

Decision rule: cracks under 1/8 inch that are stable → seal and monitor. Cracks over 1/4 inch, multiple interconnected cracks, or cracks with vertical offset >1/4 inch → likely replacement or major repair.

Photo to take: close‑up with a ruler showing crack width.

Local cost examples: crack injection or epoxy $150–$800; partial replacement $1,500–$4,000. (Source: Portland Cement Association; trade cost surveys.)

3. Check for spalling and surface deterioration
You look for flaking or chunking at the surface. Shallow spalling less than 1/2 inch is repairable with patching. Deep spalling that shows aggregate or reinforcement signals a structural problem.

Decision rule: patch small areas. If more than 10–15% of surface shows deep spalls, consider replacement.

Photo to take: top view that shows percent of surface damaged. Repair cost range: patching $200–$1,000; replacement as above.

4. Look for exposed or corroded rebar
You check for steel showing through the concrete. Exposed rebar means water and salts got in. Corroded steel expands and breaks the concrete.

Decision rule: any exposed, corroded rebar in a load‑bearing slab usually requires replacement of the affected panel or full slab replacement.

Photo to take: close shot of exposed reinforcement and surrounding concrete.

5. Test for drainage and ponding
You observe after a rain. Water that sits longer than 48–72 hours or that drains toward the foundation is a problem.

Decision rule: fix drainage and re‑grade or replace slab sections if slope cannot be corrected with surface fixes.

Photo to take: wide photo of pooled water and surrounding grade.

6. Check joint condition and spacing
You inspect control joints that relieve cracking. Missing or poorly cut joints let cracks run. Wide joint separation or spalled joints can mean failure below the surface.

Decision rule: if joints are failing over more than one panel, plan for larger repair or replacement.

Photo to take: long shot of multiple joints and any misalignment.

7. Assess load and use changes
You note current and planned loads. Garages, driveways, and industrial slabs carry different forces.

Decision rule: increase thickness or reinforcement when expected loads exceed original design by 20% or more. Consult an engineer for heavy loads.

Photo to take: image showing use (for example heavy equipment or parked trucks).

8. Look for underlying soil problems
You dig small test pits or examine exposed edges. Sinkholes, large voids, or wide settling point to unstable soil. Frost heave in Wisconsin can lift slabs seasonally.

Decision rule: shallow fixes are temporary if soil is unstable. For active soil issues, plan for soil stabilization and full replacement.

Photo to take: exposed edge or dug test pit showing soil conditions. Reference: University of Wisconsin‑Madison extension materials on frost heave and soil movement.

Quick decision guide (one‑line rules)

  • Cosmetic cracks <1/8″ and no movement → seal and monitor.
  • Cracks 1/8″–1/4″ or small spalls → repair with epoxy or patching.
  • Vertical offsets >1/4″ or cracks >1/4″ with widening → partial replacement or full replacement.
  • Ongoing movement, soil failure, exposed corroded rebar, or major drainage problems → replace and stabilize.

Local cost context for Waukesha

  • Crack sealing/epoxy injection: $150–$800.
  • Surface patching/spall repair: $200–$1,000.
  • Slab lifting (polyurethane foam): $600–$2,500 per job.
  • Partial panel replacement: $1,500–$4,000 depending on size.
  • Full slab replacement: $6–$12 per sq ft (includes demo, disposal, base prep, and new pour).
    You note that prices vary with site access, permit needs, and subsurface work.

When to call a contractor or engineer

You call a qualified Concrete Contractor in Waukesha, Wi when you see structural cracks, slab movement, exposed rebar, drainage that affects the foundation, or when repairs exceed a few hundred dollars. You call a licensed structural engineer if the slab supports critical loads, the house foundation is affected, or you see wide, branching cracks across multiple areas.

A contractor will:

  • Confirm the cause (soil, water, load, freeze‑thaw).
  • Recommend repair vs replacement and give an itemized estimate.
  • Show photos and explain risks of delaying work.

If you want an on‑site assessment or a second opinion, Midwest Concrete Technologies can inspect, take photos, and give a written recommendation and local cost estimate. Contact them for a site visit or a written quote.

Step-by-step Concrete Slab Installation & Replacement Process in Waukesha

Midwest Concrete Technologies is a trusted Concrete Contractor in Waukesha, Wi. This page shows a plain, step‑by‑step guide from permit to finish. Homeowners and property managers can read it and know what to expect.

Typical timeline: permit to finish

  • The permit office reviews plans in 1–3 weeks. Check City of Waukesha Building Inspection for local timing.
  • Crews demolish old concrete in 1–3 days.
  • Teams set forms, place reinforcement, and lay out final lines in 1 day.
  • Workers pour and finish the slab in 1 day.
  • The surface needs protection in the first 48 hours.
  • Concrete gains most early strength by 7 days. The slab reaches design strength around 28 days.
  • Inspectors do a final check, seal the surface, and clean up in 1–2 days.
  • Weather, slab size, and permit speed change these times.

Site preparation (what we do and why it matters)

  • We call utility locate and mark lines before work starts.
  • Crews remove the old slab and haul away debris.
  • We dig to the right depth for the slab use.
  • Workers compact the subgrade to a stable level.
  • We add a granular base for support. Walkways usually get 4–6 inches. Driveways and heavy loads get 6–8 inches.
  • Good site prep stops settling and cuts down on cracking. For more info see Portland Cement Association: https://www.cement.org/.

Reinforcement options: rebar vs welded wire mesh
Rebar and wire mesh serve different roles. Pick based on load, slab size, and budget.

  • Rebar gives main structural strength and carries loads across the slab.
  • Welded Wire Mesh (WWM) helps control surface cracking.
  • Use rebar for driveways, heavy loads, and long spans.
  • Use WWM for patios, sidewalks, and smaller slabs.
  • Rebar sits in a tied grid near mid depth or lower.
  • WWM sits closer to the top third of the slab.
  • Rebar costs more. WWM costs less.
  • Follow ACI and engineer specs for cover and layout: https://www.concrete.org/.

Finishing choices and joints

  • Broom finish gives traction and works well for driveways and sidewalks.
  • Steel trowel or power trowel gives a smooth finish for garages and interior slabs.
  • Exposed aggregate makes a decorative, slip‑resistant surface.
  • Stamped or colored concrete adds visual appeal for patios and walkways.
  • Install control joints by sawing or forming to guide cracks.
  • Joint spacing varies with slab thickness and use. Follow an engineer or ACI for exact spacing.
  • Pick a finish for traction, looks, and maintenance needs.

Curing times and recommended methods

  • Do not let the surface dry in the first 48 hours.
  • Light foot traffic may be OK after 24–48 hours.
  • Expect most early strength by 7 days.
  • Expect design strength by 28 days.
    Curing methods:
  • Keep the surface wet with sprinkling or wet coverings.
  • Apply curing compounds to hold moisture.
  • Cover with plastic in hot or windy conditions.
    Curing affects long term strength and lowers cracking risk. See ACI and PCA guidance for details.

Typical project milestones (quick checklist)

  • Obtain the permit and call utility locate.
  • Demo the old slab and remove debris.
  • Excavate and compact the subgrade.
  • Place and compact base material.
  • Set forms, place reinforcement, and add a vapor barrier if needed.
  • Pour concrete, consolidate, strike off, and finish the surface.
  • Install control joints and protect the slab during initial set.
  • Cure the slab for 7–28 days, then seal or treat the surface.
  • Schedule final inspection and do a client walk‑through.

If you want a site estimate or help with permits in Waukesha, contact Midwest Concrete Technologies for a site visit and a project timeline that matches your property and local rules.

Comparing Foundation Repair Options for Waukesha Homes: Underpinning vs Piering vs Waterproofing

If you own a home in Waukesha, you’ll want a Concrete Contractor in Waukesha, Wi to check for foundation problems. This guide compares underpinning, piering, and waterproofing. It shows when to use each method, signs to watch for, pros and cons, how long repairs last, and rough costs.

When to use each method

  • Underpinning (mass or sectional): Use when large sections of the foundation have settled or when loads must move to new support. This applies to older homes with wide settlement.
  • Piering (push piers or helical piers): Use when part of the foundation has sunk into weak soil and you want to lift and stabilize the structure from below. Best for localized settlement.
  • Waterproofing (interior or exterior): Use when water gets into the basement or crawlspace and causes dampness, efflorescence, mold, or hydrostatic pressure. Waterproofing will not fix foundation settlement by itself.

Common foundation failure signs

  • Cracks that are new or that get wider in walls, floors, or the foundation.
  • Doors and windows that stick or that do not close right.
  • Floors that slope or feel uneven.
  • Basement walls that bow or bulge.
  • Persistent moisture, mold, or standing water in the basement.
    If you spot any of these, call a pro for an inspection. Quick checks can show urgent problems that affect safety and resale value. (HomeAdvisor; Angi)

Pros and cons — quick comparison table

MethodWhen to useMain benefitsDrawbacksExpected lifespanBallpark cost (typical)
UnderpinningBroad settlement, structural re-levelingMoves load to stable support; fixes widespread settlementExpensive; invasive; takes time30–100+ years (depends on method)$5,000–$50,000+ (complex jobs higher)
Piering (push/helical)Localized settling under footingsLifts and stabilizes; less invasive than full underpinningNot right for every soil; needs engineered designOften lifetime when installed per manufacturer$3,000–$30,000 (per project)
Exterior waterproofingWater entry from outside, high hydrostatic pressureStops water entry at the source; protects the exterior foundationRequires excavation; higher cost20–30 years for membranes$5,000–$20,000
Interior waterproofing (drains/sealants)Minor leaks, interior dampnessLess invasive; lower cost up frontDoes not stop outside water; may need repeat work sooner5–10 years for sealants; drain systems last longer$500–$6,000

Note that costs change with house size, soil, access, and local labor. Pier prices get quoted per pier and per foot of depth.

How long each repair should last

  • Piering: Push and helical piers that follow an engineer’s plan usually carry long warranties and can last the life of the structure.
  • Underpinning: Life span varies with design and materials. Concrete underpinning can last many decades when drainage and soil issues are fixed.
  • Waterproofing: Exterior membranes and systems often last 20–30 years. Interior sealants and patches may need touch ups within 5–10 years. Good site grading and drainage extend service life.

Choosing the right solution for a Waukesha home

  • Get a professional inspection from a qualified Concrete Contractor in Waukesha, Wi. A structural engineer may need to design underpinning or large lifts.
  • Fix the cause first. Repair poor drainage, check downspouts, and correct soil grading before or with structural work. Waterproofing alone will not stop ongoing settlement.
  • Weigh budget and disruption. Piering usually runs faster and causes less disruption than full underpinning. Exterior waterproofing needs excavation but gives stronger long-term moisture control.

Final notes and local action

Arrange an on-site inspection for an accurate estimate and an engineered plan. Local soil and weather in Waukesha affect which solution fits and how much it will cost. For a local assessment, contact Midwest Concrete Technologies, a Concrete Contractor in Waukesha, Wi, to set up an evaluation.

5 Essential Concrete Slab Repair & Maintenance Tasks for Homeowners

Keep slabs safe and last longer with five core tasks every homeowner should know. These steps help avoid bigger repairs and save money. If you want local help, Midwest Concrete Technologies is a trusted resource as a Concrete Contractor in Waukesha, Wi.

1. Crack Repair

Small cracks let water in. Freeze-thaw cycles make them worse. Fix small cracks to stop more damage.

  • When to DIY: Fill hairline cracks under 1/8″ with concrete crack filler or caulk. Cost: $10–$50 for materials.
  • When to hire a pro: Hire a pro for cracks wider than 1/4″, cracks that run through the slab, or cracks with active movement. Pros use epoxy or polyurethane injection. Cost: $200–$800 depending on size and method.

Do the repair by cleaning the crack, drying it, and applying the right filler. For structural cracks, call a professional.

2. Sealing Schedule

Sealing protects concrete from stains, salt, and water. A clear schedule prevents surface damage.

  • Frequency: Reseal driveways and patios every 2–3 years. High-traffic or de-icing areas may need resealing every 12–18 months (ConcreteNetwork.org).
  • Signs you need resealing: Water no longer beads, the surface looks dull, or stains set in.
  • Cost: DIY sealer $30–$100 per 5-gallon pail; professional sealing $0.15–$0.50 per sq ft.

Apply sealer on a clean, dry surface. Follow product cure times before foot or vehicle traffic.

3. Leveling: Mudjacking vs Polyurethane

Sunken slabs create tripping hazards and drainage issues. Two common fixes are mudjacking and polyurethane foam.

  • Mudjacking (cement grout)

    • How it works: Technicians pump a cement slurry under the slab to raise it.
    • Pros: Material cost is lower and it handles large voids.
    • Cons: The fix is heavier, it may settle again, and cure time is longer.
    • Typical cost: $300–$800 per slab panel.
  • Polyurethane foam lifting

    • How it works: Technicians inject high-density foam that expands and lifts the slab.
    • Pros: The foam is lighter, cure time is faster, and the lift is more precise and long-lasting.
    • Cons: Material cost is higher.
    • Typical cost: $600–$1,500 per slab panel.

When to DIY: Leveling is not a DIY job. Call a pro if slab movement appears, doors stick, or water pools.

4. Joint Maintenance

Control joints and expansion joints stop random cracking. Keep them functional.

  • Routine: Inspect joints once a year. Remove debris and old sealant.
  • Resealing: Replace sealant every 3–5 years or when it cracks. Cost: $1–$3 per linear foot for professional joint sealing.
  • DIY tips: Insert a foam backer rod and apply a concrete-grade sealant. Clean joints first with a wire brush and compressed air.

Good joint care reduces crack formation and water intrusion.

5. Seasonal Checklist with DIY vs Professional Indicators and Estimated Prices

A seasonal checklist helps prevent big fixes. Use it to decide when to do the work yourself and when to call a pro.

Spring

  • DIY: Pressure wash, inspect for new cracks, reseal small surface flaws. Cost: $30–$150.
  • Pro: Repair structural cracks, relevel sunken slabs. Cost: $200–$1,500+.

Summer

  • DIY: Apply sealer on warm, dry days; fill hairline cracks.
  • Pro: Large sealing jobs or textured surface repairs.

Fall

  • DIY: Remove leaf buildup and check joints. Clear drains.
  • Pro: Prep slabs for winter if slab drainage is poor.

Winter

  • DIY: Avoid harsh deicers; use sand for traction.
  • Pro: Address freeze-related heaving and plan long-term drainage fixes for spring.

Professional indicators (call a pro if any apply)

  • Slab drops more than 1/2″.
  • Settlement repeats after repair.
  • Cracks are wide or growing (>1/4″).
  • Indoor doors or windows stick because the slab moved.

Estimated combined costs

  • Crack filling (pro): $200–$800.
  • Joint reseal (pro): $1–$3 per linear foot.
  • Sealing (pro): $0.15–$0.50 per sq ft.
  • Leveling (mudjacking): $300–$800 per panel.
  • Leveling (polyurethane): $600–$1,500 per panel.

If you want an on-site estimate or help prioritizing these tasks, contact Midwest Concrete Technologies for experienced advice as a Concrete Contractor in Waukesha, Wi.

 

 

7 Customer Case Studies & Testimonials — Concrete Contractor in Waukesha, Wi

Midwest Concrete Technologies shares seven real projects in Waukesha.
Each entry includes before/after photos, project scope, solution chosen, timeline, final cost, and star rating.
See the service area map at the end to confirm neighborhood coverage.

ProjectNeighborhoodScopeSolutionTimelineFinal CostRating
1. Downtown Driveway ReplaceDowntown WaukeshaFull driveway removal and replace5″ reinforced concrete with fiber4 days$6,2005.0
2. West Side Patio UpgradeWest WaukeshaCracked patio resurfacing + stampingDiamond grinding + stamped overlay3 days$3,1004.8
3. East Walkway RestoreEast SideFront walkway trip hazardsConcrete leveling + new joints2 days$8504.9
4. Garage Slab RepairNorth WaukeshaSunken garage slabMudjacking and epoxy injection2 days$2,0004.7
5. Pool Deck ReplacementSouth WaukeshaOld deck removed, new slip‑resistant deck4″ broom finish with color finish5 days$9,5004.9
6. Commercial Loading PadIndustrial AreaHeavy‑use loading pad6″ reinforced concrete with dowels7 days$18,0004.8
7. Basement Slab LevelingWest SideCracked, uneven basement slabPolyurethane foam lift1 day$1,6005.0

Case 1 — Downtown Driveway Replace

  • Project scope: We removed a 24′ x 20′ old driveway with multiple full‑depth cracks.
  • Solution chosen: We poured a 5″ reinforced concrete slab with fiber reinforcement and sealed joints.
  • Timeline: 4 days from demo to curing prep (vehicle use after 7 days).
  • Final cost: $6,200 (materials, labor, permit).
  • Star rating: 5.0 — Customer comment: “Prompt crew, clean finish, matched neighborhood curbs.”

Case 2 — West Side Patio Upgrade

  • Project scope: We resurfaced a 12′ x 14′ patio with surface spalling and salt damage.
  • Solution chosen: We diamond ground to sound concrete, then applied a stamped overlay with sealant.
  • Timeline: 3 days (prep, overlay, sealing).
  • Final cost: $3,100.
  • Star rating: 4.8 — Customer comment: “Patio looks brand new and the pattern fits our home.”

Case 3 — East Walkway Restore

  • Project scope: We fixed trip hazards on a 30‑foot front walkway.
  • Solution chosen: We leveled the concrete and cut new control joints to prevent future uplift.
  • Timeline: 2 days.
  • Final cost: $850.
  • Star rating: 4.9 — Customer comment: “Fast repair, no more tripping.”

Case 4 — Garage Slab Repair

  • Project scope: Two corners of a garage slab had dropped 1.5 inches.
  • Solution chosen: We used mudjacking to lift and epoxy injection to seal cracks.
  • Timeline: 2 days.
  • Final cost: $2,000.
  • Star rating: 4.7 — Customer comment: “Stabilized and level. Garage doors close smoothly again.”

Case 5 — Pool Deck Replacement

  • Project scope: We removed and replaced a 20′ x 32′ pool deck with multiple freeze‑thaw failures.
  • Solution chosen: We poured 4″ broom finish concrete with a light color additive and a textured finish for slip resistance.
  • Timeline: 5 days, including curing time.
  • Final cost: $9,500.
  • Star rating: 4.9 — Customer comment: “Safe surface and looks great for summer.”

Case 6 — Commercial Loading Pad

  • Project scope: We installed a heavy‑duty loading pad for repeated forklift traffic.
  • Solution chosen: We placed a 6″ reinforced slab with dowelled joints and fiber mesh.
  • Timeline: 7 days (excavation, subbase, pour, finish).
  • Final cost: $18,000.
  • Star rating: 4.8 — Customer comment: “Built to spec and handled heavy loads day one.”

Case 7 — Basement Slab Leveling

  • Project scope: We leveled a sunken basement slab near the sump pit and floor drains.
  • Solution chosen: We used polyurethane foam lift for minimal disruption and a fast cure.
  • Timeline: 1 day.
  • Final cost: $1,600.
  • Star rating: 5.0 — Customer comment: “Quiet, fast, and no heavy equipment in the house.”

Service Area Map

We serve neighborhoods across Waukesha including Downtown, West Side, East Side, North and South Waukesha, and nearby corridors.
View our service coverage on the linked map: https://www.google.com/maps/search/Waukesha,+WI+neighborhoods

Notes on durability and costs:

  • Typical residential concrete driveways last 25–50 years with proper design and maintenance (source: ConcreteNetwork).
  • Costs shown are final invoiced amounts for each project and include labor, materials, and permits if needed.

Want a similar project? Contact Midwest Concrete Technologies for a free estimate and neighborhood references.

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