precision-pours-concrete

Planning a Shop Slab in Midland, TX? What Homeowners Need to Know

Fri, 28 Aug 2026 21:04:06 GMT

If you are thinking about adding a detached shop, garage, workshop, or storage building to your Midland property, it is easy to spend most of your time thinking about the building itself.

How big should it be? Where should the doors go? Will there be enough room for your truck, tools, RV, or lawn equipment?

But before the walls or metal panels go up, there is another part of the project that deserves just as much attention: the concrete underneath the building.

A shop slab in Midland, TX does more than support the structure. In most shops, it also becomes the floor you use every day. The thickness, reinforcement, site preparation, drainage, and layout all need to fit the way you plan to use the space.

You do not need to become a concrete expert before hiring a contractor. However, understanding the main decisions can help you plan the project, compare estimates, and avoid changes that become expensive after the concrete is poured.

Here is what Midland homeowners should know before building a concrete slab for a shop.

Start With How You Plan to Use the Shop

Before thinking about slab thickness or rebar, think about what you actually want from the building. A homeowner planning a small hobby workshop has different needs from someone building a large garage for trucks, trailers, an RV, or heavy equipment.

Your shop might be used for:

Household and seasonal storage
Woodworking or other hobbies
Lawn and garden equipment
ATVs or motorcycles
Cars and pickup trucks
Boat or RV storage
Vehicle repairs
Welding and fabrication
Tractors and ranch equipment
A home gym
A combination of storage and workspace

It is also worth thinking a few years ahead.

You may only need space for one pickup today, but what if you add a second vehicle, larger equipment, more storage, or a vehicle lift later? Those plans can affect how the concrete should be built.

Homeowners who are still working through the project can review Precision Pours' shop slab installation in Midland, TX service page for more information about residential shop slabs and metal building foundations.

Plan for Heavy Equipment Before the Concrete Is Poured

If you plan to install a two-post or four-post vehicle lift, tell your concrete contractor before the slab design is finalized.

Vehicle lifts place concentrated loads on relatively small areas of the floor. Lift manufacturers may specify minimum concrete thickness, strength, age, or anchoring requirements.

The same applies to heavy machinery, large storage racks, tractors, and other equipment. Planning for those loads now is much easier than modifying a finished concrete floor later.

How Thick Should a Shop Slab Be?

One of the most common questions homeowners ask is whether a shop slab should be 4 inches, 5 inches, or 6 inches thick. There is no single thickness that works for every project.

The right slab thickness depends on several factors, including:

How the shop will be used
The weight of vehicles or equipment
Building manufacturer requirements
Ground conditions
Reinforcement
Structural foundation details
Future upgrades such as a vehicle lift

A small storage building does not place the same demands on concrete as a shop that regularly holds diesel trucks, trailers, an RV, or ranch equipment.

The goal is not simply to pour the thickest slab possible. It is to build the slab around how the space will actually be used.

Is a 4-Inch Slab Enough for a Shop?

A 4-inch slab may work for some light-duty applications, but homeowners should not assume that it is suitable for every shop.

Once trucks, heavy equipment, lifts, or larger structures are involved, the slab may need to be thicker or include additional reinforcement and foundation details. Your contractor should look at the building plans and planned use before recommending the slab thickness.

What Does Rebar Do in a Shop Slab?

Rebar is steel reinforcement placed inside the concrete. Concrete handles compression very well, but reinforcement helps the slab manage other stresses and can help control how cracking develops.

That does not mean rebar makes concrete crack-proof. Concrete naturally changes as it cures, dries, and responds to temperature and ground movement. Base preparation, reinforcement, control joints, curing, and slab thickness all work together.

Homeowners may hear terms such as:

#3 rebar
#4 rebar
Rebar grid
Rebar spacing
Wire mesh
Reinforcement chairs

You do not need to memorize those terms. A more useful question for your contractor is:

“What reinforcement are you recommending for my shop, and why?”

The answer should relate to your building and how you plan to use it rather than simply being the same specification used on every project.

Rebar Placement Matters Too

It is not enough to simply include rebar in the estimate. The reinforcement needs to be positioned correctly within the slab so it can do its job. Ask how the rebar will be supported during the pour rather than assuming that having steel somewhere under the concrete is enough.

Why Site Preparation Matters Before a Shop Slab Is Poured

Most homeowners naturally focus on the finished concrete because that is the part they will see. However, much of the work that affects how a slab performs happens underneath it.

The ground needs to provide reasonably uniform support. If one section of the building pad is firm while another contains loose soil or poorly compacted fill, the slab above those areas can behave differently over time.

Depending on the property, preparation may involve:

Clearing vegetation and organic material
Removing unsuitable or loose soil
Establishing the building elevation
Grading the site
Compacting the existing ground
Bringing in suitable base material where needed
Compacting the added material
Preparing the area for forms and reinforcement

The exact preparation can vary from one property to another. That is why the condition of the site should be evaluated before a contractor decides exactly what is needed.

What Does “Base Preparation Included” Really Mean?

When comparing estimates, do not stop at seeing the words “base prep included.”

Ask what that includes.

Useful questions include:

Is excavation included?
Will the existing soil be compacted?
Is additional base material needed?
How much base material is included?
How will it be compacted?
How are soft areas handled?
Is grading around the building included?

Two quotes can both mention site preparation while including very different amounts of work. Understanding the scope makes it easier to compare prices fairly.

Finalize the Shop Before Finalizing the Concrete

One of the easiest mistakes homeowners can avoid is pouring the concrete before the building plans are complete.

Your concrete contractor should know exactly what will sit on the slab.

Ideally, the building plans or manufacturer specifications should be available before concrete work begins.

Important details may include:

Exact building dimensions
Wall and column locations
Anchor locations
Overhead door locations
Walk-through doors
Footing requirements
Thickened edges
Utility locations
Planned driveway or apron connections

Even small changes can become difficult after the concrete has been poured.

If the project includes more structural foundation work than a basic slab-on-ground, this section is also a natural place to internally link to Precision Pours' concrete foundations in Midland, TX service page.

Plan Plumbing and Electrical Before the Pour

Many homeowners begin with a simple idea for a shop and then realize how useful the space could become.

Maybe you want a utility sink now. Maybe you want to leave room for a bathroom later.

You could also be considering:

Floor drains
Washing machine connections
RV hookups
Electrical conduit
Compressed-air lines
Water lines
Plumbing for a future bathroom

Anything that needs to run underneath or through the slab should ideally be planned before the concrete is poured.

Cutting into a finished slab later is possible, but it adds work and cost.

Think About Future Upgrades

Even if you are not ready to install everything now, tell your contractor what you may add later.

Preparing a sleeve or utility location during construction can be much easier than opening the slab several years from now.

Plan the Shop Around the Rest of Your Property

A shop slab should not be planned as an isolated rectangle in the backyard. Think about how you will actually use the building once it is complete.

Ask yourself:

How will vehicles reach the shop?
Will a trailer have enough room to turn?
Can an RV back into the overhead door?
Will the shop connect to an existing driveway?
Where will water run during a storm?
Will the shop floor sit higher than the surrounding yard?
Is there enough space outside the doors to work or park?

These decisions can affect the slab elevation, driveway connection, and overall layout.

Should You Add a Concrete Apron Outside the Shop?

A concrete apron is the paved area immediately outside an overhead shop door.

It is not required for every project, but many homeowners find it useful.

A shop apron creates a clean surface for:

Pulling vehicles into the shop
Rolling floor jacks and tool carts
Working outside
Washing vehicles or equipment
Temporary parking
Keeping mud away from the entrance

It can also create a smoother connection between the shop and an existing driveway.

If the project requires a longer approach or driveway extension, link naturally to Precision Pours' concrete driveway installation in Midland service page from this section.

Planning the driveway and apron at the same time as the slab can also help the elevations work together.

Do Not Overlook Drainage Around the Shop

Drainage should be part of the project from the beginning.

Even in West Texas, where long dry periods are common, heavy rain can create problems if runoff has nowhere to go.

A shop slab that sits too low can allow water to collect near doors or along the foundation.

Before construction, look at:

Existing drainage patterns
Finished floor height
Surrounding yard elevations
Roof runoff
Downspout locations
Driveway slope
Concrete apron slope
Nearby fences and structures

The goal is to direct water away from the building rather than toward it.

This is another reason site grading and slab elevation should be decided before forms are set.

What Affects the Cost of a Shop Slab in Midland?

Homeowners naturally want to know how much a shop slab will cost.

Square footage matters, but it is only one part of the price.

Two homeowners may both want a 30x40 shop slab and receive very different estimates because the properties, buildings, and site work are different.

Why Price Per Square Foot Does Not Tell the Whole Story

A low price per square foot can look attractive until you realize that important work is not included.

One estimate may include:

Excavation
Compacted base
Reinforcement
Forms
Concrete
Finishing
Control joints
Cleanup

Another estimate may cover only part of that scope.

Compare what you are receiving, not just the number at the bottom of the quote.

What Size Shop Makes Sense for Your Property?

The size of the building directly affects the amount of concrete and the total project cost.

Common residential shop sizes include:

These sizes are examples rather than recommendations.

Before choosing one, picture the space with everything inside it.

Account for:

Vehicle width and length
Opening vehicle doors
Workbench space
Toolboxes
Shelving
Trailers
Equipment
Walking space
Future storage
Vehicle lift clearance

A building can feel large when it is empty and much smaller once trucks, cabinets, tools, and equipment are inside.

Plan for Growth Without Overbuilding

It often makes sense to leave enough room for your needs to grow.

However, every additional square foot affects not only the concrete slab but also the building, roofing, electrical work, insulation, and future maintenance.

The goal is useful space, not simply the largest shop that will fit on the property.

Do You Need a Permit for a Shop in Midland?

Permitting should be checked before you purchase the building or schedule the concrete.

The City of Midland identifies detached accessory buildings as projects that may require residential building permits. Requirements can vary based on the structure and property.

Homeowners may need to consider:

Property zoning
Setback requirements
Easements
Maximum building size
Building height
Foundation requirements
Electrical work
Plumbing
Inspections

Your requirements can also depend on whether the property is actually within Midland city limits.

Do not assume that because a shop is located behind your home it is automatically exempt from local requirements.

Checking this early can prevent the frustrating situation of preparing a site only to learn that the building needs to move.

Common Shop Slab Mistakes Homeowners Can Avoid

Pouring the Slab Before Choosing the Building

Finalize the building dimensions and foundation requirements first. The concrete should fit the structure, not the other way around.

Building the Shop Too Small

Account for more than the vehicles themselves. Think about workbenches, shelves, tools, door clearance, equipment, and walking space.

Forgetting Future Plumbing

Bathrooms, sinks, drains, and water lines are much easier to plan before the slab exists.

Forgetting About a Future Vehicle Lift

If a lift is even a possibility, discuss it during the planning stage.

Comparing Estimates Only by Price

Make sure each contractor is quoting a similar level of site preparation, reinforcement, slab thickness, and finishing.

Ignoring the Shop Approach

Think about how trucks, trailers, or an RV will reach the building. You may need an apron or driveway extension.

Ignoring Drainage

The finished slab, apron, driveway, roof runoff, and surrounding ground should work together to keep water away from the building.

Questions to Ask Before Hiring a Shop Slab Contractor

You do not need to quiz a contractor with highly technical questions.

A few practical questions can tell you a lot about how carefully the project is being planned.

Ask:

What slab thickness do you recommend for how I plan to use the shop?
What reinforcement is included?
What site preparation is included in the estimate?
Will additional base material be needed?
How will the ground and base be compacted?
Does my building require footings or thickened areas?
Do you need the plans from my metal building company?
When should plumbing and electrical work be completed?
How will drainage around the shop be handled?
Should I include a concrete apron now?
What concrete finish do you recommend?
How will control joints be handled?
What is included in cleanup?
What warranty is provided?

A good contractor should be able to explain these points in straightforward language.

You are not looking for the most technical answer. You are looking for signs that the contractor has considered your property, your building, and the way you plan to use the space.

Frequently Asked Questions on Shop Slab Services

Planning a Shop Slab on Your Midland Property?

A detached garage, metal shop, backyard workshop, or RV building can add a lot of useful space to your property.

Getting the most out of that investment starts with planning the concrete correctly.

Think about what the shop will hold, how vehicles will enter, whether you may add a lift or plumbing, how water will drain, and how the building will connect to the rest of your property. Then make sure the slab thickness, reinforcement, base preparation, and layout support those plans.

Precision Pours Concrete works with property owners throughout Midland and surrounding West Texas communities on shop slabs, foundations, driveways, and other concrete projects.

If you are planning a new workshop or detached shop, contact Precision Pours Concrete to discuss the site, your building plans, and the concrete work needed before construction begins.

The Best Time of Year to Pour Concrete in Midland, TX

Tue, 18 Aug 2026 13:10:43 GMT

If you are trying to pin down the best time of year to pour concrete in Midland, TX, the short version from crews who work the Permian Basin year round is this: mid-March through May, and late September through November. Those two windows give you daytime highs in the 70s and low 80s, overnight lows that stay well clear of freezing, and enough moderation that a slab cures at a steady, predictable rate.

The calendar is only part of the story, though. Midland sits at roughly 2,800 feet in a hot semi-arid climate where the air runs dry, the wind rarely quits, and a 40-degree swing between afternoon and sunrise is an ordinary Tuesday. Those conditions work on fresh concrete harder than most property owners realize. A pour that would be uneventful in Houston can lose surface moisture here fast enough to cause trouble inside the first two hours.

This guide covers what actually changes month to month in West Texas, what a contractor adjusts to hold quality steady, and how to build a project timeline that lands your pour in a good window instead of a difficult one.

The Short Answer for Midland Property Owners

Fall is the single strongest season for concrete work in Midland. October in particular is close to ideal, with normal highs near 81 degrees and lows around 53. The heat has broken, the spring wind has settled, and there is usually enough runway before the first hard freeze for the slab to gain real strength.

Spring runs a close second. March and April bring comfortable temperatures, but April is also the windiest month of the year in Midland, and wind pulls moisture off a fresh surface just as aggressively as heat does.

Summer and winter are both workable. They simply require more from the contractor. Plenty of excellent concrete gets placed in Midland in July and in January. What separates a good July pour from a bad one is not luck. It is scheduling, mix design, and the crew's willingness to change how they work.

Why Timing Matters More in Midland Than in Most of Texas

Concrete does not simply dry. It cures, through a chemical reaction between cement and water called hydration. That reaction needs moisture and a reasonable temperature to proceed correctly. Anything that pulls water out of the slab too early, or slows the reaction to a crawl, shows up later as surface problems, weak spots, or cracking.

Three local conditions drive that risk in Midland.

Low Humidity and High Evaporation

Midland's relative humidity bottoms out around 38 percent in April and stays low through the summer. Dry air draws water out of a fresh slab surface continuously. When the evaporation rate climbs past roughly 0.2 pounds per square foot per hour, the American Concrete Institute flags it as the point where plastic shrinkage cracking becomes likely. Those are the fine, random cracks that appear on the surface within the first few hours, before the concrete has hardened.

The Midland version of this problem is that you can hit that threshold on a day that does not feel extreme. Add moderate wind and low humidity to an 88-degree afternoon and the math gets there quickly.

Wind Is the Factor Most Homeowners Overlook

Wind speed has a larger effect on evaporation than air temperature does. Midland averages close to 14 mph in April, with gusts considerably higher, and spring frontal passages regularly push well past that. A breezy 78-degree day in April can be harder on a fresh pour than a still 95-degree day in July.

This is why an experienced crew will occasionally push a pour by a day even when the forecast looks pleasant. They are reading the wind, not just the temperature.

Wide Day-to-Night Temperature Swings

Midland routinely runs a 30 to 40 degree spread between the daily high and the overnight low. In November, normal highs sit near 69 while lows drop to around 40. In March, it is 74 and 42. That spread matters because concrete placed on a warm afternoon can lose a lot of internal heat overnight, which slows strength gain right when the slab is most vulnerable.

Month-by-Month Concrete Pouring Conditions in Midland

The table below pairs Midland's 1991 to 2020 climate normals with what those numbers mean for a residential pour.

Two things stand out. First, Midland's wettest stretch is not spring in the way it is farther east. May, August, and September each average close to or above two inches, and that rain tends to arrive as brief, heavy storms rather than steady drizzle. A storm cell that dumps a half inch on a slab poured four hours earlier can damage the surface finish permanently.

Second, the shoulder months on either side of summer are genuinely good, not merely acceptable. September and May both work well if the crew watches the radar.

A Season-by-Season Look at Pouring Concrete in West Texas

Spring, March through May

Spring is a strong season with one asterisk on it. Temperatures land in the sweet spot, roughly 74 to 90 degrees for daily highs, and overnight lows climb steadily out of freeze territory.

The asterisk is wind. April is the windiest month in Midland and spring fronts bring sustained blows plus blowing dust. Crews compensate with windbreaks around the pour, evaporation retarders sprayed on the surface, and tighter timing between placement and the start of curing. If you are scheduling a large open slab such as a shop slab in April, expect your contractor to be watching hourly forecasts rather than the weekly outlook.

Spring is also the busiest booking season in Midland. Homeowners who wait until March to start calling contractors often find the calendar already full into June.

Summer, June through August

Summer highs sit in the mid 90s, with July normals hitting 96 degrees. Under those conditions, concrete sets faster, and faster is not better. A mix that would give a crew four hours of working time in October may give them half that in July, which compresses finishing and increases the chance of a rushed or uneven surface.

Summer pours in Midland get handled by shifting the schedule rather than avoiding the season. Trucks arrive at first light. Placement finishes before the worst afternoon heat. Aggregate and forms get wetted down beforehand so they are not pulling water out of the mix. On larger commercial or structural work, the concrete supplier may substitute chilled water or ice in the batch to bring the delivered temperature down.

The industry benchmark here is a maximum concrete temperature of 95 degrees at the point of discharge, per ACI 305.1. Anything above that requires supporting field experience or preconstruction testing before it is accepted. A reputable Midland contractor knows that number and works to it.

Summer also brings monsoon-pattern storms. August averages 2.14 inches of rain, and it usually falls in a handful of events. Build a rain contingency day into any July or August schedule.

Fall, September through November

This is the best stretch of the year for concrete in Midland. September cools into the upper 80s, October lands at 81 and 53, and November holds at 69 and 40. Wind moderates. The heat pressure is off. There is enough warmth left for good strength development without the race against evaporation.

The one thing to watch in late fall is the first hard freeze. Midland's normal December low is 32 degrees, and cold fronts can arrive earlier than the averages suggest. A pour placed in mid-November has plenty of margin. A pour placed the week of Thanksgiving may need overnight protection.

If you are planning a concrete patio or a driveway replacement, fall is the window worth targeting. Book it in summer.

Winter, December through February

Winter in Midland is milder than most of the country, and concrete work continues through it. Daytime highs near 61 degrees in December and January are perfectly workable. The issue is what happens after dark.

ACI 306R defines cold weather conditions as existing when air temperature has fallen to, or is expected to fall below, 40 degrees during the protection period. Midland's normal January low is 31 degrees. That means most January nights meet the definition, and protection is not optional.

Practically, that means insulating blankets over the slab, sometimes heated enclosures, and never placing concrete on frozen ground. Fresh concrete needs to reach roughly 500 psi before it can survive a freeze without damage, and in cold conditions that takes days rather than hours. Crews also stop using calcium chloride accelerators carelessly around reinforcing steel.

Winter is worth considering for one practical reason: contractor availability. Schedules loosen considerably between December and February, and a project that would wait six weeks in April may start in ten days in January.

What Changes on the Job Site From Season to Season

Hot-Weather Practices

In a Midland summer, a crew should be doing most or all of the following. Wetting the subgrade and forms ahead of the pour so they do not draw water from the mix. Scheduling early morning delivery. Using evaporation retarders and fog spray to keep the surface from drying ahead of the slab. Shading materials on site. Getting curing started immediately after finishing rather than at the end of the day.

The thing a crew should never do is add water to the truck to restore workability that heat has taken away. Extra water changes the water-to-cement ratio and permanently reduces strength. Slump loss is corrected with admixtures, not a hose.

Cold-Weather Practices

In winter, the priorities invert. Concrete arrives at a higher temperature. The ground is checked for frost before anything is placed. Insulating blankets go down as soon as finishing is complete and stay down through the protection period. Forms stay in place longer, because the slab is gaining strength more slowly.

Rapid temperature change is its own hazard. Pulling blankets off a warm slab into a 25-degree morning can cause thermal cracking, so protection comes off gradually.

Curing Is the Constant

Whatever the season, curing is where most residential concrete problems start. ACI 308R covers curing practice, and the underlying principle is simple enough: keep moisture in the slab long enough for hydration to run its course. Skipping or shortening curing is the single most common corner cut in residential concrete, and it is invisible on day one. It shows up two years later as dusting, scaling, or surface cracks.

Ask any contractor you are considering how they plan to cure your slab. A specific answer is a good sign.

Does the Best Time to Pour Change by Project Type?

Somewhat. Thickness, exposure, and structural role all shift the calculus.

Smaller flatwork gives you the most flexibility. A short run of concrete sidewalks can be placed and protected in almost any month, because the pour is quick and the surface area is easy to cover.

Decorative work deserves a note. Stamped or broom-finished surfaces need a predictable window between placement and finishing. Summer heat shrinks that window and makes consistent results harder to achieve. If a decorative finish matters to you, fall is worth waiting for.

How Timing Affects Scheduling, Permits, and Cost

Permit Timing in Midland City Limits Versus Midland County

Where your property sits determines who issues your permit, and the two processes move at different speeds.

Inside Midland city limits, permitting runs through the City of Midland Development Services Department and the PermitMidland online portal . Most construction requires a permit obtained by the owner or a registered licensed contractor, and work cannot begin before issuance. Permits expire if construction does not start within 180 days.

Outside city limits, in unincorporated Midland County, driveway permits go through the Midland County Public Works office at 500 N Loraine Street. The timing detail that catches people out is the schedule: applications must be submitted by 3 p.m. on the Tuesday before a regular Commissioners Court meeting, and those meetings fall on the first and third Tuesdays of the month. Miss that cutoff and you wait roughly two weeks for the next window.

If your address is near the city boundary, confirm which jurisdiction governs before assuming. A Midland mailing address does not automatically mean city jurisdiction.

Booking Windows and Crew Availability

Demand in Midland follows the weather. Calls spike in March when the weather turns pleasant and again in September when the heat breaks. Both spikes hit right as the best pouring windows open.

The practical takeaway: contact contractors one to two seasons ahead of when you want the work done. If you want an October driveway, start conversations in June or July.

Where Cost Actually Shifts

Seasonal price differences in residential concrete are usually modest, but they are real. Winter work may carry added cost for blankets, enclosures, or heated water on larger jobs. Summer work may involve admixtures or chilled batch water. Neither is dramatic on a typical residential slab.

The larger cost variable is scope, not season. Site conditions, thickness, reinforcement, demolition of existing concrete, and drainage work move the number far more than the month on the calendar.

Building a Realistic Project Timeline

Working backward from your target pour date keeps the project from stalling.

Foot traffic is generally fine within a day or two, and vehicle traffic typically waits about a week, though both depend on temperature, mix, and slab thickness. Your contractor should give you specific numbers for your project rather than a rule of thumb.

Timing Mistakes We See Most Often in Midland

Calling in March for a spring pour. By then the good spring slots are gone. The homeowners who get March and April dates called in December.

Judging a day by temperature alone. A mild, windy, dry afternoon in April can be harder on a slab than a hot, still morning in July. Wind and humidity belong in the decision.

Skipping protection on a borderline night. A forecast low of 38 degrees looks harmless. It is not, for concrete placed that afternoon.

Rushing to use a new slab. Concrete gains most of its strength in the first week and reaches design strength around 28 days. Parking a loaded work truck on a five-day-old driveway is a good way to create cracks that were entirely avoidable.

Assuming replacement can wait indefinitely. Deteriorating concrete tends to get worse through freeze-thaw cycling and drainage problems. If a slab is already failing, timing the demolition and concrete replacement for the next good window beats waiting another full year.

Frequently Asked Questions

Plan Your Pour With Precision Pours Concrete

The best time of year to pour concrete in Midland comes down to two windows: mid-March through May, and late September through November, with October the strongest month on the calendar. Summer and winter pours are entirely workable when the crew adjusts for heat or protects against freezing, but the shoulder seasons give you the widest margin.

Timing is one piece of a good outcome. Proper site preparation, correct reinforcement, thoughtful drainage, and disciplined curing matter just as much, and they matter in every season.

Precision Pours Concrete serves homeowners and businesses across Midland, Odessa, Andrews, Big Spring, Monahans, Stanton, Gardendale, and Greenwood, handling concrete driveway installation , patios, sidewalks, shop slabs, and foundation work throughout the region. Our team can walk your property, evaluate site conditions and drainage, confirm which permitting jurisdiction applies, and recommend a pour window that fits both your schedule and West Texas conditions.

Ready to get started? Request a free estimate or call (432) 400-4468 to talk through your project. You can also review our full service areas across West Texas to confirm we cover your location.