Can epoxy floors handle chemical spills in a plant?

Yes. Chemical-resistant epoxy systems resist oils, solvents, mild acids, and alkalis common in manufacturing. The key is matching the topcoat to the specific chemicals you use. Tell us what spills on your floor and we specify a system that holds up to it.

Do you offer ESD flooring for electronics manufacturing?

Yes. Static-dissipative and conductive epoxy systems safely drain static charges to protect sensitive electronics and workers. ESD flooring is tested to specific resistance ranges, so we verify the system meets your facility's requirements. Call us about your ESD needs.

Can you stripe forklift lanes and safety zones?

Yes. We stripe forklift lanes, pedestrian paths, OSHA safety zones, and equipment areas into the topcoat so traffic stays organized and compliant. Marking is priced per linear foot and done as part of the install.

How do you handle oil-saturated concrete?

Oil-saturated areas need extra prep — deep cleaning, sometimes grinding deeper or using a primer designed to bond through contamination. We assess those areas on the walk-through and tell you straight what they need. Skipping this step is why coatings peel in plants.

Can you work around our production schedule?

Yes. We work in phases, one section at a time, and schedule nights and weekends for lines that cannot stop during the day. We coordinate handoffs between shifts so production keeps running. Tell us your shutdown windows and we plan around them.

Manufacturing Plants in Columbus, Ohio

Manufacturing Plants Epoxy Flooring in Columbus, Ohio

Chemical-resistant plant floors with safety zoning built in, installed in phases so production never stops.

Call (614) 907-4888 for a Free On-Site Estimate

The floor problems manufacturing plants owners face

Oils, coolants, and solvents soak into bare concrete and create permanent slick spots and slip hazards.
Heavy equipment and dropped parts chip and crack the slab, leaving damage that spreads.
Chemical spills from cleaning and process fluids etch and weaken the surface over time.
Static buildup damages sensitive electronics and creates shock risk for workers.
Unmarked floors mix forklift and foot traffic, creating collision and safety risks.
Dust and debris from the slab contaminate product and get into machinery and bearings.

Call to Talk About Your Floor

The system we recommend and why

Chemical-resistant epoxy with ESD and zone-marking options

Manufacturing floors need a system that resists the specific chemicals your process uses, takes impact from parts and equipment, and can carry safety markings. A chemical-resistant epoxy with the right topcoat does all three, and an ESD variant protects electronics where static is a risk.

How it goes down

1
Diamond grind and shot blast the slab to remove contamination and open the surface.
2
Repair cracks, spalls, and joint edges with industrial-grade patch and polyurea filler.
3
Apply a moisture-tolerant epoxy primer keyed to the slab's vapor conditions.
4
Apply a high-build chemical-resistant epoxy body coat.
5
Add ESD (static-dissipative) topcoat in electronics or solvent areas if needed.
6
Stripe forklift lanes, pedestrian paths, and safety zones into the topcoat.

Cure time

Body coat cures overnight; chemical-resistant topcoat is walk-ready in 12-24 hours.

Return to service

Foot traffic in 24 hours, heavy equipment and full chemical exposure in 72 hours.

What to ask any manufacturing plants floor installer

Use this checklist on every quote. The right installer answers these clearly; the wrong ones dodge them.

What chemicals does your system resist, and can you match it to what we actually use?
Do you offer ESD / static-dissipative systems for electronics or solvent areas?
Can you stripe forklift lanes and safety zones into the topcoat?
How do you handle heavy equipment footings and oil-saturated areas?
Can you work in phases so production keeps running?
What is the cure time before we can put equipment back and resume full operations?

When epoxy is the wrong choice

Epoxy is the wrong choice in areas with constant hot-water or steam cleaning, frequent thermal shock, or heavy acid exposure. Under those conditions standard epoxy can soften, blister, or lose adhesion.

The better alternative: Urethane cement handles hot washdowns, thermal shock, and aggressive acids far better than epoxy. For a plant with steam cleaning or chemical processing, urethane cement in those zones is the better long-term choice.

How we keep your operation running

We section the plant and work one area at a time so production lines keep running. Equipment is moved or protected, and we schedule nights and weekends for lines that cannot stop during the day. Fast-cure topcoats return a section to foot traffic in 24 hours. We coordinate with your maintenance team so handoffs happen between shifts.

Call to Plan Around Your Hours

What it costs in Columbus

Manufacturing epoxy floors in Columbus typically run $5 to $9 per square foot installed. Chemical-resistant systems and ESD topcoats add cost. Zone striping is usually priced per linear foot. These are estimates — your real price depends on the chemicals, the system, and the prep your slab needs.