Industrial chemical exposure destroys standard floor systems. Boston Concrete installs chemical-resistant flooring engineered for the specific acids, caustics, solvents, and process chemicals your operations handle, with urethane or specialty epoxy systems matched to the actual exposure profile. Every project starts with a free written estimate.
Chemical resistance is not generic. A system rated for dilute caustic may fail under hydrochloric acid; a system rated for hydrocarbons may dissolve under chlorinated solvents. The right floor matches the actual chemical exposure profile of your operations, by chemical type, concentration, contact time, and temperature.
We get the chemical spec from your operations or safety team, cross-reference against the resistance charts of available systems, and recommend the matched system. For severe exposure (concentrated acids, hot caustic, aggressive solvents), urethane cement is the standard answer; for moderate exposure with broader chemical mix, specialty chemical-resistant epoxy works.
How We Install Chemical-Resistant Floors in Boston
Profile chemical exposure
We document the chemicals your operations handle (type, concentration, contact time, temperature, frequency) and cross-reference against manufacturer chemical-resistance charts to specify the matched system.
Prep slab to manufacturer profile
The slab is diamond-ground to the prep profile the system requires, contaminants and old coatings removed, cracks repaired, and the surface left clean and primed for the chemical-resistant build.
Install matched system
For severe exposure, urethane cement is hand-troweled at the engineered thickness with cove base up the walls; for moderate exposure, chemical-resistant epoxy with topcoat at the right thickness. Each system installed to spec.
Test and document
After cure, key chemical zones are confirmed with the supplier's recommended test, the floor is documented for any compliance or audit requirements, and the maintenance protocol is handed off to operations.
Where chemical floors fail
Spec Match Is the Whole Job
Chemical floor failures almost always trace to wrong-spec installs: a system that handled most chemicals in the plant failed against one specific exposure that was not on the original spec sheet. We get the full chemical profile up front and spec accordingly, including chemicals that are used occasionally or in cleaning processes that the operations team may forget about.
Coordinate with the rest of manufacturing floor work in the plant, and with heavy-duty floors where chemical exposure overlaps with impact loads. The right system handles both; the wrong combination compromises both.
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 Boston 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, Boston
★★★★★
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, Cambridge
★★★★★
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, Somerville
★★★★★
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, Quincy
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