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Home Commercial Division Industrial Epoxy

Cornerstone Concrete Commercial Division

Industrial Epoxy Flooring
in Nashville, TN

High-build epoxy systems, polyaspartic coatings, and polished concrete for warehouses, factories, and commercial facilities. We select the system based on your traffic loads, chemical exposure, and operational requirements — not a catalog spec.

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Industrial Epoxy & Polished Concrete Systems

Industrial floor coating is not a commodity product — the right system depends entirely on your facility's operational conditions. A food processing plant needs something fundamentally different from a distribution center, which needs something different from a pharmaceutical manufacturing space. We start every project with an assessment of your specific requirements before we recommend a system.

Epoxy flooring systems for industrial use are multi-component polymer coatings applied at thicknesses of 10–40 mils or more. The base component bonds to the prepared concrete substrate; the topcoat provides chemical resistance, UV stability, and surface texture. For high-traffic forklift applications, we specify systems that have been tested for abrasion resistance under the actual equipment in your facility.

Polished concrete is an alternative to coating for facilities where you want a low-maintenance, high-durability floor without the coating. We grind and polish the concrete slab progressively through multiple diamond tooling stages, treating with lithium densifier and finishing with a guard or sealer. Polished concrete can achieve gloss levels from satin to near-mirror and is a permanent modification to the slab — not a coating that can peel or delaminate.

Proper surface preparation is the single most important factor in long-term coating performance. We shot-blast or diamond-grind the substrate to remove contamination and open the concrete profile before any coating application. We also test for moisture vapor emissions before sealing — a step that many contractors skip but that accounts for the majority of premature coating failures.

Typical Specifications
Systems
Epoxy, polyaspartic, urethane, polished concrete
Mil Thickness
10–40 mils typical; varies by system
Cure Time
24–72 hours to light traffic; 7 days full cure
Chemical Resistance
Varies by system — specify by chemical type
Surface Prep
Shot blast or diamond grind to ICRI CSP 3–5
Moisture Testing
ASTM F2170 in-slab RH required before coating

Ideal Applications for Industrial Epoxy

Warehouse and distribution center floors — where forklift traffic, pallet jacks, and floor cleanliness are daily operational concerns
Manufacturing facilities — where chemical exposure, fluid containment, and hygienic cleanability are requirements, not preferences
Food processing and commercial kitchens — FDA-compliant systems with seamless, anti-slip surfaces that can withstand aggressive cleaning protocols
Automotive service facilities — oil-resistant, slip-resistant systems that contain fluids and simplify cleaning
New construction floor scope — epoxy or polish applied at building completion before racking, equipment, and tenant improvements go in

Industrial Epoxy Installation Process

1
System Selection
We assess your operational requirements and specify the right coating system
2
Moisture Testing
In-slab RH testing per ASTM F2170 — no coating applied over failing substrates
3
Surface Prep
Shot blast or diamond grind to required CSP profile; cracks and spalls repaired
4
Primer & Base Coat
Moisture-tolerant primer applied, epoxy base coats installed at specified mil thickness
5
Topcoat & Cure
Polyaspartic or urethane topcoat applied; facility returned to service after cure

Industrial Floor System Options

SystemBest ForDurabilityReturn to Service
100% Solids EpoxyHeavy forklift traffic, chemical exposureExcellent24–48 hrs light traffic
Polyaspartic TopcoatUV-stable topcoat over epoxy baseExcellent UV resistanceSame-day light foot traffic
Urethane CementFood processing, thermal shock environmentsSuperior — handles temp extremes48–72 hrs
Polished ConcreteLow-maintenance industrial floors; showroomsPermanent — not a coatingImmediate — no coating cure
MIL-Grade EpoxyAviation, military, heavy industrialMaximum abrasion resistance72 hrs minimum

Industrial Epoxy Flooring FAQ

A properly specified and installed 100% solids epoxy system with polyaspartic topcoat will typically perform 7–15 years in standard forklift environments before a topcoat refresh is needed. Lifespan depends heavily on traffic intensity, the type of forklift (pneumatic vs. cushion tire), and maintenance practices. We specify by your actual conditions, not a generic number.
Sometimes — it depends on the condition and adhesion of the existing coating. We perform adhesion testing before recommending a recoat. If the existing coating is delaminating, peeling, or has widespread adhesion failure, full removal is necessary before a new system can be applied. Applying a new coat over a failing substrate is one of the most common (and costly) mistakes in commercial floor coating.
Concrete naturally emits moisture vapor as residual mix water works its way out of the slab. If you apply an impermeable coating over a slab with high vapor emission, the vapor becomes trapped and creates hydrostatic pressure under the coating — causing it to blister and delaminate. We test every slab with in-slab RH probes (ASTM F2170) before coating. If vapor is too high, we use moisture-tolerant systems or allow additional drying time.
We regularly phase coating projects to allow continued facility operation. We'll work with your operations team to identify bay sections or shifts where we can work without impacting production. Weekend and overnight installation is available for time-sensitive projects. The facility must be kept at temperature (above 50°F) and clear of traffic during installation and initial cure.
Polished concrete is an excellent option for warehouses where the main concerns are dust mitigation, cleanability, and long-term low maintenance cost. Unlike epoxy, it cannot peel or delaminate and requires no periodic recoating — just routine maintenance with a burnisher and an occasional guard refresh. The tradeoff is lower chemical resistance compared to a dedicated chemical-resistant epoxy system.

Need Industrial Floor Coating in Nashville?

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