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Facility Floor Scope · Services
Facility flooring services, matched to the operation
Four service categories cover most commercial and industrial floor projects: industrial resin flooring for chemical, thermal, and wash-down exposure; polished concrete for dry, high-traffic areas with a sound slab; ESD and anti-static flooring where static control is a defined requirement; and antimicrobial and healthcare flooring specified around infection control and cleaning. This page explains who each fits and when to look elsewhere.
Facility managers rarely get to choose a floor in isolation. The operation is already running, the slab is already poured, and the budget cycle has a date. What can be chosen is the match between the system and the exposures, and that match is where most flooring money is won or lost. Terrapin's account of a plant that saved $350,000 on epoxy and spent $1.1M replacing it is the extreme case; the ordinary case is a floor that needs recoating three years early.
The four services below are grouped by the requirement that drives them rather than by product. Each links to a page with sourced costs, the standards that apply, the failure modes, and a proposal checklist. The comparison tables handle the head-to-head questions, and the specification quiz tests whether the requirement is complete enough to bid.
Every commercial and industrial flooring service we match
Service guideIndustrial Epoxy FlooringIndustrial resin flooring is a family of seamless systems, epoxy, urethane cement, MMA, and hybrids, bonded to a prepared concrete slab and built to resist the chemicals, loads, temperatures, and cleaning a facility subjects it to.
Service guidePolished Concrete FloorsCommercial concrete polishing grinds and densifies the existing slab through progressively finer diamonds until it becomes a hard, dust-free wear surface.
Service guideESD & Anti-Static FlooringESD flooring is a conductive or static-dissipative floor system, epoxy, urethane, vinyl tile, or rubber, bonded to a grounded conductive layer so that charge on people and carts drains safely.
Service guideAntimicrobial & Healthcare FlooringHealthcare flooring covers seamless resin, welded sheet vinyl and rubber, and coved, drained systems chosen so that a facility's cleaning and infection-control program can be carried out on them.
Which service fits your situation?
| Service | Best for | Skip it if |
|---|---|---|
| Industrial Epoxy Flooring | Wet processing, commercial kitchens, chemical handling, vehicle service bays, and any area with wash-down, thermal cycling, or aggressive spills; facilities that need texture, coves, and drainage integrated into the floor. | The area is dry, the slab is sound, and traffic is rubber-tired; polished concrete will cost less and need less upkeep. Also skip standard epoxy specifically where steam wash-down or freezer-to-oven cycling occurs; specify urethane cement instead. |
| Polished Concrete Floors | Warehouses, distribution centers, retail, showrooms, schools, and dry manufacturing with a structurally sound slab and no aggressive chemical exposure; operations that want no cure time and the lowest lifecycle cost. | The slab is badly cracked, contaminated, or moisture-active; the operation involves acids, sugars, hydraulic fluid, or wash-down; or hard-wheeled forklifts turn repeatedly in the same spots. |
| ESD & Anti-Static Flooring | Electronics assembly and test, data centers, aerospace, munitions, pharmaceutical fill-finish, and any area with a documented static-control program under ANSI/ESD S20.20 or a customer requirement. | No static-control program exists and none is required; a general-purpose floor with an anti-static additive is a marketing category, not a system, and will not pass an audit that never happens. |
| Antimicrobial & Healthcare Flooring | Hospitals, surgical and procedure rooms, clinics, labs, pharmacies, long-term care, and food-adjacent hygiene areas where seams, coves, cleaning-agent compatibility, and infection-control documentation are specified. | The only driver is a product's antimicrobial marketing claim; a general commercial floor with good seam and cove detailing serves offices, corridors, and waiting areas without the premium. |
By the numbers
What the numbers say
160°F swing, 2–3x daily
Food plant floors see 160°F thermal swings two to three times a day (2026)
Terrapin Construction Group describes 180–200°F steam cleaning followed by 40°F rinse-down, a 160°F swing repeated 2–3 times daily; epoxy tolerates about 120°F of thermal shock versus 250°F+ for urethane cement. Rapid-set urethane reaches foot traffic in 8–12 hours versus 48–72 hours for epoxy.
Terrapin Construction Group, urethane cement flooring for food processing (2026)$3.59 per sq ft
Published ESD project: 67,000 sq ft Houston data center at $3.59 per sq ft (2025)
Craftsman publishes completed ESD projects: a 67,000 sq ft data center at $3.59, a 34,000 sq ft electronics plant at $4.21, a 114,760 sq ft battery plant at $3.91 and a 3,200 sq ft aerospace facility at $10.15 per square foot. Small repairs (75 sq ft) can hit $63 per square foot because of mobilization.
Craftsman Concrete Floors, ESD flooring cost (2025)$3–$5 per sq ft
Polishing an existing slab costs $3–$5 per sq ft; full new finishes $6–$15 (2025)
Airtasker's 2025 guide breaks polishing into removal ($1–$3), repairs ($1–$3), grinding ($1–$4), polishing ($2–$6) and sealing ($2–$4) per square foot, with salt-and-pepper finish ($3–$8) the usual pick for restaurants and malls and a 20+ year lifespan.
Airtasker, polished concrete floor cost (2025)$1.1M
Case: choosing $6.50/sq ft epoxy to save $350,000 led to a $1.1M floor replacement (2026)
Terrapin cites a 65,000 sq ft plant that chose epoxy over urethane cement to save about $350,000 upfront and then spent $1.1 million replacing the failed floor, plus 2–3 extra days of downtime worth $50,000+. Contractor-published case; lifecycle cost, not bid price, is the number to compare.
Terrapin Construction Group, urethane cement flooring for food processing (2026)Which service does a given facility usually need?
Distribution centers, retail, showrooms, and dry manufacturing with a sound slab are usually polished concrete candidates: no cure, low ongoing cost, and a wear surface made from the slab itself. Our analysis of EIA's 2018 building survey counts 167,000 distribution or shipping centers and 296,000 retail stores in the national stock, and Stelr prices commercial polishing at $3–$8 per sq ft. Food and beverage, the 175,000 restaurant and cafeteria buildings in that same stock, chemical handling, vehicle service, and anywhere with wash-down or thermal cycling are resin flooring candidates, where the choice within resin, epoxy versus urethane cement versus MMA, is decided by heat and water.
Electronics assembly, data centers, munitions, and any area where a static event damages product or creates a hazard needs ESD flooring specified to ANSI/ESD S20.20 as part of a grounded system. Hospitals, clinics, labs, pharmacies, and long-term care, which CBECS puts at 4,018 million sq ft of health care floorspace, need healthcare flooring specified around seams, coves, cleaning agents, and the facility's infection-control program. Many facilities need more than one: a food plant with a dry packaging area and a wet processing area is two floors.
Why the requirement, not the product name, defines the service
Every category above has products that carry the right label and fail in the wrong exposure. Industrial epoxy is industrial until a 180°F wash-down hits it; Terrapin describes a 160°F swing, 2–3x daily cycle in food plants that epoxy, rated for roughly 120°F of thermal shock, cannot survive. Polished concrete is a durable wear surface until forklift hydraulics and sugars etch it. An antimicrobial additive does not make a floor with open seams cleanable. A conductive tile does not make an ungrounded room static-safe.
The proposal request is therefore built around a requirements brief rather than a product selection. Contractors respond to the brief with a named system and the product data that supports it for the exposures listed. The planning tools help write that brief and price the candidates before proposals arrive.
What every facility flooring proposal should include
Regardless of system, a proposal you can evaluate contains: measured area by zone, substrate findings including a moisture test result and method, preparation method and target profile, crack and joint treatment, named products for each layer with thickness and texture, coves, drains, and transitions, a phasing and schedule plan with return-to-service times by activity, the acceptance tests and who witnesses them, and a warranty with exclusions stated. Missing lines are not savings; they are scope that will be priced later as change orders.
For specialty floors, add the standard and the limit: resistance range and test method for ESD, coefficient of friction and test method for slip, cleaning-agent compatibility and seam treatment for healthcare. A proposal that says compliant without naming the standard has not committed to anything.
How the services combine on one project
Surface preparation and moisture mitigation are common to every bonded system and should be priced as their own lines whichever service is chosen. Craftsman lists shot blasting at $0.50 to $0.97 per square foot and moisture mitigation at $1.50 to $4.00 for ESD work; Airtasker breaks polishing into removal, repair, grinding, polishing, and sealing at $1 to $6 per square foot each. A facility that polishes its warehouse and coats its battery-charging area with a chemical-resistant resin is buying two services from possibly two contractors, and the transition detail between them belongs in both proposals.
Homeowner polls
What other planners are choosing
Which system did you specify, or are you leaning toward?
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Questions homeowners ask
Can one contractor handle both polished concrete and resin areas?
Some do both; many specialize. Polishing and resin work use different equipment and crews. When you request proposals, describe each zone and let contractors respond to the zones they install. Where two contractors will meet at a transition, get both to detail it in writing so neither leaves it to the other.
What is the difference between epoxy, urethane cement, and MMA?
Epoxy is a rigid resin with strong chemical resistance and limited thermal-shock tolerance, around 120°F per Terrapin. Urethane cement is a cementitious urethane that tolerates -40°F to 250°F and steam wash-down, at $7 to $18 per square foot. MMA is a fast-cure acrylic that installs in cold rooms and overnight windows at $8 to $12. The resin flooring page compares them.
How do I know whether a slab is polishable?
A test area. Polishing exposes the slab's actual aggregate, cracks, patches, and past repairs, and a mockup of at least a few hundred square feet shows what the finish will look like. Contractors also check hardness, surface flatness, moisture, and whether the slab has been sealed or contaminated. A slab that fails the mockup is usually a candidate for a coating instead.
Are commercial flooring costs per square foot or lump sum?
Most proposals are priced per square foot by zone with separate lines for preparation, mitigation, coves, and drains, plus fixed mobilization. Very small areas are effectively lump sum because mobilization dominates; Craftsman notes a 75-square-foot ESD repair can reach $63 per square foot for that reason. Ask for both the unit rates and the total.
Who should sign acceptance for a specialty floor?
The person responsible for the requirement: the ESD program coordinator for static-control floors, the infection-control lead for healthcare, the sanitation manager for food. Contractors will propose acceptance tests, but the facility side defines the pass criteria in advance and witnesses the tests. Acceptance without a named owner tends to happen by default.
How much floor area should be included in a mockup?
Enough to show the finish under real light and to run the acceptance tests: a few hundred square feet for polishing or a coating, placed where the operation is representative rather than in a corner. For ESD floors the mockup should be grounded and tested exactly as the full floor will be. The mockup cost is small next to a full-floor rejection.
What documentation should the contractor leave behind?
Product data sheets for every layer, batch numbers, moisture test results, preparation records, acceptance test results with the method and date, a maintenance procedure listing compatible cleaning agents, and the warranty with its exclusions. That package is what a future auditor, insurer, or the next facility manager will ask for.
Free planning tools
Free toolCommercial and industrial flooring cost calculatorSize, material tier and complexity in, a realistic budget range out.
Free toolCommercial flooring comparisonsSide-by-side tables for the decisions that change the price most.
Free toolIs your facility flooring requirement complete enough to bid?8 questions that show what you already know and what to check next.
Free toolFacility flooring polls: how other managers decidedSee what other planners chose and add your vote.
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