Services Provided / Chemical Resistant Coatings
CHEMICAL RESISTANT FLOOR SYSTEMS
Novolac epoxy, vinyl ester, and chemical resistant urethane systems for plating lines, battery rooms, laboratories, secondary containment, and any floor where a spill is a matter of when, not if.
THE PROBLEM WITH GENERIC EPOXY
Nearly every resinous floor coating on the market is marketed as chemical resistant. The phrase means almost nothing on its own. Resistance is not a property a floor either has or lacks. It is a specific relationship between one resin chemistry, one chemical, one concentration, one temperature, and one exposure duration.
A standard bisphenol-A epoxy holds up well against dilute alkalis and most solvents, and then fails quickly against concentrated sulfuric acid, acetic acid, or hot caustic. That is not a defective product. It is a product being used outside its chemical resistance chart, which is exactly what happens when a floor is specified from a brochure rather than from a spill inventory.
Chemical attack also rarely announces itself as a hole in the floor. It shows up first as softening, discoloration, or blistering at joints and drains, then as delamination, then as an exposed slab that is being eaten instead. By the time it is visible, the repair scope has usually tripled.
Chemical resistant systems are the right specification when your floor sees any of the following on a routine or credible-accident basis:
THE SYSTEM FAMILIES
Chemical resistant flooring is not one product tier. It is a set of distinct resin chemistries, each strongest against a different class of attack and each carrying a different cost and installation profile.
THE WORKHORSE
A more densely cross-linked epoxy that dramatically outperforms standard epoxy against concentrated acids, solvents, and elevated temperatures. Available as a coating, a slurry, or a troweled mortar depending on how much film build and impact resistance you need.
Best for: plating, battery rooms, labs, and containment. The default starting point for most acid exposure.
MAXIMUM RESISTANCE
The strongest broadly available chemical resistance in resinous flooring, with excellent performance against oxidizing acids and hot aggressive chemistry that will defeat novolac. Faster cure, shorter working time, and a stronger odor during install, so it demands a contractor who has actually placed it before.
Best for: severe containment, oxidizing acids, and hot chemical process areas.
CHEMICAL PLUS THERMAL
Where aggressive chemistry arrives together with thermal shock and constant moisture, including food and beverage processing, CIP zones, and rendering, urethane cement handles the combination that defeats both standard epoxy and most novolacs. We cover this system in depth on its own page.
THE OVERLOOKED HALF
In containment, the horizontal floor is the easy part. Sumps, trench drains, penetrations, curbs, and wall transitions are where chemical systems actually fail. Reinforced coving, detailed terminations, and correctly sequenced sump work are not upgrades on these floors. They are the specification.
AN HONEST READ
The distinctions that decide whether your floor lasts fifteen years or eighteen months:
Bring us your spill inventory and your wash-down chemistry. We will match the system to the chart, not to a preference.
SCHEDULING AROUND PRODUCTION
Chemical resistant systems generally require full decontamination before installation, which adds a step most contractors do not schedule for. We plan it in from the start.
STEP ZERO
Concrete that has been absorbing acid for years must be neutralized and tested before any coating goes down, or the new system debonds from the inside. We build this into the schedule and the price rather than discovering it on install day.
OPTION 1
We isolate one containment cell, line, or bay at a time so the rest of the area stays in service. Slower overall, but it keeps production running, which is usually the deciding factor.
OPTION 2
Planned maintenance shutdowns and holiday windows are the cleanest way to run chemical work. Tell us your turnaround calendar early and we will build the crew plan around it.
HOW WE WORK
Michael Groff or Colby Coda walks the area, reviews your chemical inventory and concentrations, assesses what previous exposure has already done to the slab, and identifies the drains, sumps, and transitions that will decide whether the system holds. We work with Sherwin-Williams, Sika, Tnemec, Florock, Dur-A-Flex, and ResTek, and we read the resistance charts against your actual chemistry before we recommend anything.
Read about our diagnostic-first processSTART HERE
Send us your chemical list with concentrations and temperatures. We will tell you which system the chart actually supports and what it costs, before you commit to anything.