Floor System
Chemical-Resistant Epoxy Coatings in Columbus, Ohio
Chemical-resistant epoxy for plants, labs, and repair bays. Withstands acids, solvents, oils, and harsh cleaning.
What chemical-resistant epoxy coatings is
Chemical-resistant epoxy is a formulated epoxy or novolac system built to withstand acids, solvents, oils, alkalis, and the harsh cleaners used in plants, labs, and repair bays. It is thicker and more densely cross-linked than standard epoxy, so spills sit on the surface instead of soaking in and staining or degrading the floor. It is used in chemical processing, battery rooms, secondary containment, and any area where a spill could damage a standard floor.
How it is built
The build-up matters as much as the material. Here is how a chemical-resistant epoxy coatings floor goes down, step by step.
- 1
Diamond grind or shot blast the slab to open the pores and remove old sealer.
- 2
Test the slab for moisture and repair cracks and joints.
- 3
Apply a chemical-resistant epoxy primer to bond and block moisture.
- 4
Apply a novolac or chemical-resistant epoxy body coat at a higher mil thickness.
- 5
Apply a chemical-resistant topcoat, and add a grit broadcast in spill or slip zones.
- 6
For containment, build a curb or slope so spills are held and do not reach drains.
Where it wins and where it loses
Where it wins
- Plants and chemical processing with acids, solvents, and harsh cleaners.
- Battery rooms and charging areas with acid spills.
- Secondary containment that must hold spills and meet regulations.
- Labs and repair bays with regular chemical exposure.
Where it loses
- Food and wet areas with hot washdowns — urethane cement handles thermal shock better.
- Showrooms and offices where a decorative look is the goal.
- Tight budgets — the higher mil thickness and novolac resin add cost.
- Floors with high moisture vapor — a moisture test and mitigation may be needed first.
Performance details
Cure time
Walk-on in 12 to 24 hours; full chemical resistance in 5 to 7 days.
Return to service
Light traffic next day; full chemical service after full cure.
Durability
7 to 12 years; depends on the chemicals and the spill frequency.
Notes
Chemical resistance depends on the exact chemical, concentration, and exposure time. Tell us your specific chemicals and we match the resin and topcoat to them.
How it compares
A quick comparison against two other common systems so you can see the trade-offs.
| Compared to | Where the other system is better | Where Chemical-Resistant Epoxy Coatings is better |
|---|---|---|
| Standard epoxy | Lower cost for general warehouses and light commercial floors. | Chemical-resistant epoxy withstands acids and solvents that stain and degrade standard epoxy. |
| Urethane cement | Hot washdowns and thermal shock in food and wet areas. | Chemical-resistant epoxy takes a wider range of solvents and acids at a lower cost for dry plants and labs. |
What it costs in Columbus
Chemical-resistant epoxy floors in Columbus typically run $7 to $12 per square foot installed. The novolac resin and the higher mil thickness add cost over a standard epoxy. For a plant or lab with regular spills, it prevents the staining and degradation that ruins a cheaper floor. These are estimates — your real price depends on the chemicals and the build.
What moves the price
Square footage — bigger floors cost more total but less per foot.
Slab condition — moisture testing, cracks, and prep add cost.
Resin type — standard chemical-resistant vs novolac for severe exposure.
Mil thickness — heavier builds for severe chemical exposure cost more.
These are estimates only. A real price comes after a free on-site walk-through.