Service · Industrial Coatings

Resinous floor systems for warehouses, hangars, plants, and cleanrooms.

High-build epoxy, polyaspartic, MMA, novolac, ESD, and urethane mortar — specified to your chemical exposure, temperature range, and production schedule. Weekend turnarounds available for operating facilities.

Markets served

Specialist coatings for the facilities that can't shut down.

Warehouse & Distribution

High-build epoxy and polyaspartic for forklift and pallet-jack traffic

Aerospace Hangars

MMA fast-cure systems with hydraulic-fluid resistance, weekend turnarounds

Food & Beverage

Urethane mortar for thermal-shock, USDA/FDA-compliant cove base

Pharmaceutical & Cleanroom

Self-leveling epoxy, integral cove, ISO-classified surfaces

Manufacturing

Chemical-resistant novolac for process areas and battery rooms

Automotive & EV

ESD and anti-static systems for assembly, paint, and battery production

System catalog

Six system families, picked by exposure and schedule.

High-build Epoxy

20 – 60 mils

Pigmented 100%-solids epoxy applied in multiple coats. Workhorse for warehouse, retail back-of-house, and light manufacturing.

Polyaspartic / Polyurea Flake

30 – 50 mils

Fast-cure topcoat over epoxy basecoat with broadcast vinyl flake. Returns to service in 24 hours; UV-stable for daylit spaces.

MMA (Methyl Methacrylate)

1/8" – 1/4"

Cures in 1–2 hours at temperatures down to −20°F. Used for freezer floors, weekend hangar reseals, and 24/7 facility shutdowns.

Chemical-resistant Novolac

60 – 125 mils

Cross-linked epoxy novolac for battery rooms, plating shops, and chemical processing — resists concentrated acids and solvents.

ESD / Anti-static

40 – 80 mils

Conductive primer + dissipative topcoat tested to ANSI/ESD S20.20 and S7.1. EV battery, electronics, and ordnance facilities.

Urethane Mortar

1/4" – 3/8"

Cementitious urethane for food, beverage, and dairy plants. Survives thermal shock from steam cleaning and quench-tank splash.

Moisture mitigation

The line item that saves the schedule.

Coating failures on industrial slabs are almost always moisture failures. We test before we commit to a system, and we bid moisture mitigation as a separate line so the spec doesn't get value-engineered out before the slab is even tested.

  • ASTM F2170 in-situ relative-humidity probes — 3 per 1,000 sq ft minimum
  • ASTM F1869 calcium chloride backup testing when required
  • 100%-solids epoxy vapor barriers rated to 100% RH / 25 lb MVER
  • Surface prep to ICRI CSP 3–4 per coating-system requirement
  • Documentation package — test reports, photos, manufacturer sign-off
Concrete surface preparation and moisture testing

Performance envelope

The numbers you put in the spec.

Compressive strength
10,000+ psi (ASTM C579)
Abrasion resistance
ASTM C501 / D4060 — system-dependent
Chemical resistance
Per spec — novolac to 50% sulfuric, MMA to 70% phosphoric
Temperature range
−40°F to 250°F continuous (urethane mortar)
Cure-to-traffic
1 hr (MMA) – 24 hr (epoxy/polyaspartic)
Slip rating
≥ 0.6 SCOF (ASTM D2047), aggregate broadcast adjustable
ESD performance
10⁴ – 10⁹ ohms (ANSI/ESD S20.20)
VOC
< 50 g/L typical, 0 g/L 100%-solids

FAQ

Industrial coatings questions GCs and facility managers ask first.

Can you do a weekend pour to avoid production downtime?

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Yes — MMA and fast-cure polyaspartic systems are specifically engineered for it. Friday-evening shutdown, surface prep through Saturday, coating application Saturday night, return to service Monday morning. We've turned 25,000 sq ft of hangar floor inside a 48-hour window.

MMA vs. polyaspartic — which should I spec?

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MMA when cure speed is non-negotiable (cold storage, 24/7 facilities, hospital corridors) or when temperature is below 40°F. Polyaspartic when UV exposure matters and a 24-hour return is acceptable. Polyaspartic is cheaper; MMA is faster and tougher in extreme conditions.

How do I match a coating system to my chemical exposure?

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Send us the SDS list of substances the floor will see and their concentrations. We cross-reference the coating manufacturer's chemical-resistance chart and recommend epoxy, novolac, or urethane based on actual exposure — not generic 'chemical resistant' marketing language.

Should moisture mitigation be a separate line item on the bid?

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Yes — and we encourage GCs to bid it that way. We run ASTM F2170 in-situ RH probes before any system is committed. If RH > 75%, we install a 100%-solids epoxy vapor barrier as a separate line item. Bidding it separately protects everyone if the slab test comes in high.

Production floor, hangar bay, or cleanroom — same week response.

Send the slab age, the chemical exposure list, and the shutdown window. We'll pick the right system and confirm a weekend pour date.

Request a Bid