Standard concrete and epoxy fail when exposed to concentrated acids, hot caustics, or aggressive solvents. Detroit Concrete builds flooring systems engineered to your exact chemical inventory, using urethane or specialty epoxy matched to the exposure profile your operations demand. Free written estimate included.
Why Chemical-Resistant Flooring Cannot Be One-Size-Fits-All
A floor system rated for dilute caustic will fail under concentrated hydrochloric acid. A system that handles hydrocarbons may dissolve when exposed to chlorinated solvents. The concrete slab itself is neutral, but the coating or topping must be engineered for the specific chemicals, their concentrations, contact duration, and operating temperature.
We start by collecting the full chemical inventory from your operations team or safety department. That list includes process chemicals, cleaning agents, and potential spill scenarios. We cross-reference each chemical against the resistance data from available systems, then recommend the one that covers your entire exposure profile without over-specifying.
Severe exposure (concentrated acids, hot caustic, broad chemical spectrum) typically calls for heavy-duty urethane cement. Moderate exposure with a narrower chemical mix often works with specialty epoxy systems. The cost difference reflects the durability difference; the right choice is the one that matches your actual conditions. See our broader manufacturing flooring options and industrial concrete services.
Recent work
Installation sequence
How Chemical-Resistant Flooring Gets Built in Detroit
Gather chemical exposure data
Operations and safety teams provide the list of chemicals, concentrations, contact times, and temperatures. We also ask about cleaning protocols and emergency spill scenarios. This data drives the entire system selection.
Specify the matched system
Using manufacturer chemical-resistance charts, we identify which systems (urethane cement, specialty epoxy, or hybrid) cover your full exposure profile. We quote the system that fits, not the most expensive option.
Prepare the concrete slab
The existing slab is diamond-ground to the prep profile the system requires. Contaminants, old coatings, and failed areas are removed. Cracks are repaired and the surface is primed per manufacturer spec.
Install and cure
For severe exposure, urethane cement is hand-troweled at the engineered thickness with cove base up the walls. For moderate exposure, specialty epoxy is applied with topcoat. Full cure is documented before operations resume.
The cost of wrong spec
Why Spec Mismatch Is the Leading Cause of Failure
Most chemical floor failures happen because the original spec missed a chemical that the plant uses occasionally or in cleaning cycles. A floor rated for the main process chemicals fails against one overlooked exposure, and the entire system is compromised. We prevent this by getting the complete chemical list upfront, including spill scenarios and maintenance chemicals.
Coordinate your dust-proof sealing and ESD flooring work with the chemical-resistant zones. Some areas may need both chemical resistance and static dissipation; the system must handle both. A floor that is rated for chemicals but not for your equipment loads, or vice versa, will fail prematurely. We design the full floor strategy, not just one zone.
Chemical profiles, urethane vs epoxy, cove base and compliance documentation.
List every chemical that touches the floor, including in cleaning processes and emergency spill scenarios. Concentration, contact time, and temperature all matter. Your safety team or chemical supplier can usually provide the data; we work from that profile.
Urethane cement for severe exposure (concentrated acid, hot caustic, broad chemical spectrum); specialty epoxy for moderate exposure with specific chemical mix. Cost difference reflects the spec difference; the right answer is the matched one.
For severe exposure, yes. The wall-floor junction is where spills accumulate; a cove base eliminates the seam where a spill could attack the wall material. Standard installs include cove base where the chemical profile requires it.
Yes; that is part of the design. The system is rated for the cleaning chemicals as well as the process chemicals. We document the cleaning protocol that maintains the system's rating; deviating from it can shorten lifespan.
Per zone, a week or so including cure for severe-exposure urethane installs; faster for moderate-exposure epoxy. The full timeline is in the quote, sequenced around your operations.
Client reviews
What Detroit Operations Say About Their Chemical-Resistant Floors
They specced for chemicals our previous contractor had not considered including occasional spill scenarios. Three years of process operations, zero floor failures. Real chemistry expertise.
Z. W4
Process Engineer, Detroit
★★★★★
Urethane cement install with cove base in our plating area. Holds against the acid and caustic we use, cleanups happen without floor damage. Best floor we have had in that zone.
Y. W4
Plant Manager, Warren
★★★★★
They got the chemical profile from our safety team and matched the system. Documentation supported our internal compliance audit. No improvisation, just engineering.
Q. W4
Manufacturing Director, Ann Arbor
★★★★★
Different systems for different zones based on actual exposure. Cost-effective and durable. The system match is what we needed; one floor everywhere would have failed or overspent.
X. W4
Operations Lead, Sterling Heights
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