Commercial Concrete Floors in Amarillo and the Panhandle

A fabrication floor in a beef plant works harder than almost any slab in the region. In February 2026, a $150 million expansion of the beef plant at Cactus broke ground with a new fabrication floor and an expanded ground beef room. Those rooms get wet every shift, take hard wheel loads, and cannot afford a crack that holds bacteria or a low spot that holds water. The concrete is as much a part of the process as the equipment on top of it.

Most floors we pour are less demanding, but the same questions apply. How flat does it need to be? What loads will it carry? How will it drain, and how will it be joined to the walls and the dock? A warehouse floor that is flat on paper but curls at the joints will wear out forklift wheels and shake racking. A retail floor with a poor finish will telegraph every ripple through the tile.

We place and finish interior and exterior slabs for commercial, industrial and institutional buildings across the Amarillo area and the Panhandle. This page explains how we plan the pour, what moves the price and what to specify before the bid.

Floor cost starts with thickness and reinforcement, then adds flatness tolerance, joint details, hardeners and sealers, vapor barriers and sloping. A slab on grade for light storage might be a few inches of plain or fiber-reinforced concrete. A slab for heavy racking or a wash-down room needs more thickness, more reinforcement and tighter finishing. Specifying a flatness number that the use does not need can add real money, and specifying too little can create problems that last the life of the building.

Scale matters too. In 2022, a beef producer announced a $200 million, 143,000 square foot addition to the existing operations floor of its Amarillo plant. At that size, each extra half inch of thickness adds more than 200 cubic yards of concrete, so the slab design deserves attention before it is priced. We work with owners and engineers on thickness, reinforcement and joint spacing before bid day, and we list the options with their cost so the owner chooses with the numbers in view.

Wind can wreck a slab before it sets. The National Weather Service recorded a record 83 mph gust at the Amarillo airport on March 14, 2025, and blowing dust cut visibility below a quarter mile. Strong wind pulls moisture off a fresh surface faster than the slab can bring it up, and the result is plastic shrinkage cracking and a weak surface. Enclosed buildings help, so we often schedule slab placement after the roof and walls are closed in, when the project allows. Where it does not, we put up windbreaks, apply evaporation retarders and use curing compound or wet curing straight after finishing.

Temperature is the other variable. Wikipedia's climate summary for Hereford lists a record high of 111 degrees and a record low of minus 17 degrees Fahrenheit, and the Panhandle swings across that whole range. In heat, we plan for early starts, cooled mix and shade over the placing area. In cold, we ask for heated enclosures, blankets and a mix designed for winter, and we protect the subgrade from frost. A frozen subgrade under a slab ruins it.

Our scope on a floor job includes subgrade verification, vapor barrier or base course, forms and screed rails, reinforcing steel or fibers, dowels at joints, placement, finishing, saw cutting, curing and joint filling. We can furnish densifiers and sealers, and we can set embedded items such as trench drains, dock pits and equipment bolts and sleeves before the pour.

Floors tie into other work. A loading dock needs a floor that meets the leveler pit and the approach at the exact elevation, and that is why the truck court and dock apron trade partners and the floor trade partners plan together. Tilt-up buildings use the floor slab as the casting bed for panels, so the slab comes first and has to be right. See our tilt-wall construction page for how we sequence that. For food plants, a sloped floor to floor drains and a coved base are common, along with coatings placed after cure.

The best floors begin at the subgrade. A soft spot under a slab shows up months later as a crack, and the Panhandle's clay makes that more likely. We proof roll before placing base, correct soft areas and get the geotechnical engineer to look at anything doubtful. Our concrete foundations work uses the same discipline.

Floor drains and slope matter most in processing, cold storage and any building with washdown. A floor with a slope of a fraction of an inch per foot toward a drain can be hard to finish well, and we plan the placing sequence so the screed crew can hold the slope. Owners of food and beverage processing plants and cold storage facilities should talk to us about joints and sealants early, because those details decide how long the floor lasts.

Pours are safe when the crew has room to work. We stage trucks, pumps and tools so there is no confusion, wear the right protection for wet concrete, and keep walkways clear. Finishing machines are heavy, so operators are trained and the work area is controlled. At night pours, lighting and traffic control are planned in advance.

Concrete trucks and pumps also share the road with the public, and we plan staging so that deliveries do not block neighbors. Work in Cactus and other plant towns often means coordinating with plant traffic, shift changes and sanitation rules. We follow the owner's food safety and site rules, and we keep the slab clean from the first pour to handover. For retail owners, the same care applies to customer parking, which is why retail chains ask us to schedule around store hours.

Send the racking plan, equipment list or finish schedule with the drawings. We will price the slab and list options for thickness, joints and finish.

How flat should a warehouse floor be?

It depends on the equipment. Narrow-aisle forklifts and high racking need tight flatness and levelness numbers, while a general storage building can accept less. The racking vendor or the owner's operations team should set the target before we bid, because it changes the finishing method and the price.

Can you pour a slab in windy weather?

Only with controls. We use windbreaks, retarders and quick curing, and we stop if gusts and dry air make the surface unmanageable. After the roof and walls are up, the slab is far easier to protect.

How do you handle joints?

We cut or form joints to the engineer's pattern, usually within 12 to 24 hours of placement, and place dowels where load transfer is needed. Joint filler goes in after the slab has shrunk, which is why some owners ask for a late filling visit.

Do food plants need special floor details?

Yes. Wash-down rooms need sloped floors, drains, coved bases and chemical-resistant surfaces. These are drawn into the plan and often applied after the slab cures. We coordinate the sequence so coatings go on a dry, clean slab.

What is the cold weather limit for pouring?

There is no single number, but we avoid placing on frozen ground or in freezing air without protection. We heat materials, cover the slab and monitor temperature until the concrete reaches strength.