Interior of a large industrial space with glossy green epoxy flooring and white walls.

Industrial & Commercial Epoxy Flooring

Floors for Forklifts and Chemicals.

Epoxy and urethane cement floors are selected for your traffic, chemical exposure, and cleaning needs and are installed in plants across the Southeast.

Ready for a New Floor?

Air shower nozzle panels framing a glossy gray epoxy floor in a long, brightly lit cleanroom

What Industrial Epoxy Flooring Is

In 30 Seconds

Industrial epoxy flooring is a resinous coating system applied over prepared concrete to create a seamless, non-porous surface. It is built in layers, including surface preparation, primer, body coats, and topcoat, with each layer selected for what the floor has to survive.

Bare concrete dusts as it wears, which matters wherever airborne particles affect product. It absorbs oil, coolant, and chemicals that stain it permanently and create a slip hazard, and it cannot be properly sanitized because a porous surface traps what it should release. A coated floor addresses all three problems, and in a controlled environment it is usually a requirement rather than an upgrade.

  • What it is. A resinous coating applied over prepared concrete that creates a seamless, chemically resistant, cleanable surface.
  • Why industrial floors get coated. Bare concrete dusts, absorbs oil and chemicals, and cannot be sanitized. A coated floor solves all three.
  • What decides the system. What is driving on it, what is spilling on it, and how it gets cleaned. Not the square footage.
  • Where it fits our work. Coated floors go in with clean rooms, modular offices, and equipment installs as part of one contract.

What Decides the System

Selection Factors

  1. Traffic

    Forklift traffic, pallet jacks, and steel-wheeled carts abrade a floor very differently than foot traffic. Thickness and topcoat hardness follow from this.

  2. Chemical exposure

    What gets spilled, how often, and how long it sits. Acids, solvents, and caustics each attack different resin chemistries, so the exposure list drives the resin selection.

  3. Thermal cycling

    Hot washdown, steam cleaning, or freezer transitions cause the concrete and the coating to move at different rates. Urethane cement handles thermal shock where standard epoxy fails.

  4. Cleaning regime

    How the floor gets cleaned, and with what. Aggressive daily sanitation narrows the practical options considerably.

  5. Slip resistance

    Broadcast aggregate for wet areas, smoother finishes where cleanability matters more. These pull against each other, and the balance is a decision rather than a default.

  6. Downtime available

    Cure times vary by system. Some floors can be back in service in 24 hours; others need days. If the line cannot stop, that constrains the system before anything else does.

Where Coated Floors Go In

Where It's Used

Spacious industrial warehouse interior with polished concrete floor, yellow safety railings, and overhead lighting.
Manufacturing plants
Production floors under forklift and pallet jack traffic, where dust control and chemical resistance both matter.
Large warehouse interior with tall blue and orange storage racks filled with stacked goods under a high ceiling.
Warehouses and distribution
High-traffic aisles and dock areas. Line striping goes into the coating rather than on top of it.
Air shower nozzle panels framing a glossy gray epoxy floor in a long, brightly lit cleanroom
Cleanrooms and controlled environments
Seamless, coved-to-the-wall floors that can be wiped down with the disinfectants used in medical device and pharmaceutical spaces. Installed as part of the modular clean room scope.
Large empty industrial warehouse with polished concrete floor and overhead fluorescent lighting.
Food and beverage processing
Washdown environments where thermal shock and sanitation chemicals rule out standard epoxy in favor of urethane cement.
Front of an aircraft fuselage on blue tooling stands, with yellow overhead crane girders above the bay
Automotive and maintenance shops
Oil, coolant, and brake fluid resistance with a surface that cleans up.
Interior of a large industrial space with glossy green epoxy flooring and white walls.
Electronics and ESD-sensitive area
 Static-dissipative systems where the floor is part of the ESD control plan.

Coated Floors as Part of a Larger Project

Full-Project Sequencing

A coated floor rarely arrives alone. It goes in with a clean room, under a new mezzanine, around a machine install, or as the last step of a modular office build. All of those have a sequence, and floors are almost always on the critical path - coated too early and the crews damage it, too late and the equipment cannot be set.

Because we run the whole project, the floor gets scheduled where it belongs rather than squeezed in by whoever's available

Frequently Asked Questions

Common Questions

How much does industrial epoxy flooring cost?

Cost is driven by system type, thickness, the condition of the existing concrete, and how much surface preparation it needs. Prep is the variable that moves the number most - a sound slab and a slab with existing coating, oil contamination, or spalling are very different jobs at the same square footage

How long does an epoxy floor last?

In an industrial environment, service life depends far more on the system selected and the traffic it takes than on the product name. A correctly specified floor under known traffic lasts years; an under-specified one fails at the traffic lanes first, usually within the first year.

Can you coat over an existing epoxy floor?

Sometimes, if the existing coating is sound and compatible. More often the right answer is mechanical removal, because a new system bonded to a failing one fails with it. We assess the existing floor before quoting rather than after.

How long before we can use the floor?

Cure and return-to-service times vary by system, ambient temperature, and thickness. Some systems allow foot traffic within hours and full service in 24 hours; others need several days. If you have a fixed shutdown window, tell us up front - it narrows the system selection immediately.

Do you do cleanroom flooring?

Yes, as part of modular clean room projects. Cleanroom floors are seamless and coved up the wall so there is no joint at the floor-wall junction to hold contamination, and the finish is selected for the disinfectants your protocol calls for.

What about washdown and food processing areas?

Those usually call for urethane cement rather than standard epoxy, because thermal shock from hot washdown will delaminate a system that is not built for it. Tell us the wash temperature and frequency during design.

Send Us the Square Footage and the Exposure

Start a project

Area, what drives on it, what spills on it, how it gets cleaned, and what shutdown window you have.