A packing shed floor takes a hose, a forklift and a hot afternoon every day, and a slab that was designed for a warehouse will not last. We pour industrial concrete floors in Las Cruces and Dona Ana County for plants, warehouses, packing and processing buildings, shops and hangars, and we design each slab around what will happen on it: the wheel loads, the rack posts, the water, the chemicals and the temperature swings of a desert building.
An industrial floor is a system, not a pour. It starts with the subgrade, which has to be uniform and compacted, and with a base course and vapor retarder where the use requires one. It continues with reinforcement, joint layout, concrete mix, placement, finishing and curing, and ends with the sealer or hardener that makes the surface fit for its job. If any of those steps is wrong, the floor shows it within a year as curling, cracks or a surface that dusts under tires.
We work for owners who run food, agricultural and light-industrial operations as well as logistics buildings, and the floors are different for each. A cold dock wants a different slab than a dry rack aisle, and a chile processing floor needs a different slope and joint scheme than a machine shop. We ask for the equipment list and the cleaning method before we propose a section.
Warehouse and distribution slabs are the most common: flat, level floors for lift trucks and narrow aisle equipment, with joint layouts that keep wheels from chattering. Plant floors for machinery carry heavier point loads and often need thickened sections or isolated pads under equipment. Washdown floors for food and packing buildings are sloped to drains, with sealed joints and surfaces that resist cleaning chemicals.
We also pour hangar and shop floors, loading dock slabs and trench drains, and we build floors in existing buildings during renovations. Where a floor connects to equipment pads and foundations, we coordinate the elevations so the machine sits at the right height and the floor does not crack at the pad edge.
We coordinate the forming, reinforcement placement, pouring and finishing, which means the same foreman who prepares the subgrade also sees the slab through finishing. That continuity matters for flatness and levelness, because a floor measured to tight tolerances needs consistent technique from the first truck to the last.
We use laser screeds on large pours where the specification calls for it, saw-cut control joints on a schedule set by the temperature and mix, and cure each slab with the method best suited to the weather. A floor placed in July wants different handling than one placed in February, and the crew knows the difference.
Hatch is known worldwide for raising chiles, and farm irrigation there draws on wells and on surface water diverted from the Rio Grande. Along NM 28, the two-lane highway through the Mesilla Valley, the landscape is farmland, dairy farms, vineyards and pecan orchards. Buildings that receive, wash, sort, cool or pack the crops from that land are built to be hosed down, and their floors take the water.
Washdown floors need positive drainage, joints that do not hold standing water and a surface that will not be damaged by repeated cleaning. Heat adds its own demand: a slab placed in desert summer conditions can crack if it loses moisture too quickly, so we use mix designs, cooling measures and curing methods that protect it. We plan these decisions with the owner at the start of the job.
Floor drains and plumbing penetrations are governed by the plumbing code. The Regulation and Licensing Department lists the 2024 New Mexico Plumbing Code (14.8.2 NMAC) as effective August 1, 2026, with permits issued under either the 2021 or 2024 edition until January 1, 2027 and only under the 2024 edition after that. We confirm which edition applies to the permit date before we place sleeves and drains in the slab.
Structural design of the slab comes from the engineer of record, who sets the thickness, reinforcement and joint pattern. We review the specification for constructability, flag joints that will fall under rack posts or door openings, and suggest changes before we price. When the floor is part of a warehouse shell or a tilt-wall building, the slab is coordinated with the panels and the building schedule.
Packing sheds and processors in the food and beverage sector need washdown floors, floor drains and durable finishes. Operators of a food and beverage processing plant also need to coordinate the slab with process equipment and utilities that will be installed after the pour.
The agricultural corridor along NM 28 through La Union, Anthony and Vado, and the chile country around Hatch, give us a client base that handles product daily and expects floors to survive it. For cooled buildings, such as a cold storage facility, we adapt the section to the temperature and condensation conditions.
Floors go in after the building is enclosed or protected, after underground utilities are tested, and before racks and equipment arrive. We schedule pours to keep the crew continuous, with joints planned where the pour stops each day. Large floors are often placed in alternating strips to control shrinkage.
After the pour, the slab needs time to cure before it takes loads. We tell owners when light traffic is allowed and when heavy equipment can enter, and we hold to that date. We also leave the curing record and the joint map with the owner, so a crack that appears later can be traced to a joint, a load or a pour date. Moving a lift truck onto a slab too early is the quickest way to damage it.
Tell us what runs across the floor, what gets washed down and when the racks arrive. We will propose a slab section and a schedule.
Thickness comes from the loads. Forklift wheel loads, rack posts and the subgrade strength all determine the answer, and the engineer of record specifies it. We review the design for constructability and suggest changes where a joint layout or reinforcement pattern would cause trouble.
Cracking and curling come from shrinkage, a nonuniform subgrade, poor joint timing or fast drying. We control each of those with joint layout, subgrade preparation, mix design and curing. In desert conditions, protecting a fresh slab from rapid moisture loss is critical.
Yes. We slope the slab to drains, seal the joints, specify a surface that handles cleaning chemicals and coordinate the drain and plumbing sleeves with the plumbing trade. The floor is designed around the cleaning method, not just the load.
We can build to tight flatness and levelness specifications using laser-guided screeds and careful finishing, as the building requires. Very narrow aisle storage needs a much tighter tolerance than general storage, and we confirm the requirement before pricing.