Was a written flooring requirement in place before contractors were contacted?
No votes yet. Yours will be the first. · saved on this device
Facility Floor Scope · Glossary
Facility flooring terms, and how to use them when reading a proposal
This glossary defines the terms that appear in commercial and industrial flooring proposals: system types such as urethane cement and MMA, preparation terms such as surface profile and moisture mitigation, performance terms such as coefficient of friction and return to service, and static-control ranges. Knowing them lets a facility manager check whether proposals describe the same floor.
12 terms you will see in commercial and industrial flooring proposals
- ANSI/ESD S20.20
- The standard for developing an electrostatic discharge control program. It defines flooring as part of a grounded system with footwear and sets limits verified by resistance tests under STM 97.1 and 97.2.
- Coefficient of friction (SCOF/DCOF)
- A measured ratio of slip resistance. Static (SCOF) and dynamic (DCOF) methods differ; ANSI/NFSI B101.1 wet SCOF of 0.60 or higher is a common wet-area expectation. Specify the method and value.
- Concrete surface profile (CSP)
- An ICRI scale from 1 (smooth) to 10 (very rough) describing texture after preparation. Thick industrial resin systems typically require CSP 3 to 5, produced by shot blasting or aggressive grinding.
- Flash cove
- The sheet-flooring version of an integral cove: sheet vinyl or rubber carried up the wall over a cove stick and capped, removing the floor-wall seam in patient rooms and corridors.
- Integral cove
- A curved floor-to-wall transition formed from the flooring material itself, eliminating the corner seam where fluid and soil collect. Standard in wash-down and healthcare areas.
- MMA (methyl methacrylate)
- A fast-curing acrylic resin flooring that returns to service in about an hour and can be installed in cold rooms. Its cure odor requires isolation and exhaust.
- Mockup
- A representative test area installed before the full floor to confirm appearance, texture, and acceptance test results under real conditions. Cheap insurance against a full-floor rejection.
- Moisture mitigation
- A moisture-tolerant epoxy or cementitious layer applied over a slab whose vapor emission or internal humidity exceeds the flooring's limit. Priced at roughly $1.50 to $4 per square foot in the sources cited here.
- Return to service
- The time after installation before a floor can take foot traffic, rolling loads, wash-down, or full chemical exposure, each at a stated slab temperature. A complete proposal lists them separately.
- Static-dissipative vs conductive
- Defined resistance ranges for ESD floors. Conductive is lower resistance for fastest discharge; dissipative is higher and safer near energized equipment. The program specifies which; anti-static is not a defined range.
- Thermal shock
- Rapid temperature change at the floor surface, such as steam cleaning followed by cold rinse. It shears rigid coatings from the concrete at the bond line; urethane cement expands closer to concrete's rate.
- Urethane cement
- A cementitious urethane flooring applied at 3/16 inch or more that tolerates thermal shock, wash-down, and moisture better than epoxy. The standard system for food processing and commercial kitchens.
Flooring proposals are written in a vocabulary that assumes the reader already knows it. A single line can specify a system, a thickness, a preparation profile, a moisture limit, and a cure schedule. Facility managers who can read that line can tell whether two bids describe the same floor; those who cannot end up comparing totals that mean different things.
The terms listed on this page are the ones that most often decide cost and performance in warehouses, processing plants, commercial kitchens, labs, and care settings, and in the gyms, meeting halls, and houses of worship that our analysis of EIA's 2018 building survey counts at 152,000 recreation buildings on 2,279 million sq ft, 2,469 million sq ft of social and meeting floorspace, and 5,471 million sq ft in religious worship buildings. The sections that follow explain how to use them when reading a proposal, which ones are commonly confused, and which questions they help you ask.
How should these terms be used when reading a proposal?
Read each proposal line by line and mark every term that affects performance: system type, thickness, surface profile, moisture testing and limit, cove type and height, slip-resistance value and method, and return-to-service times. Then build a comparison table with those terms as rows and each proposal as a column. Gaps in the table show what a proposal left out.
If a proposal uses a term without a value, ask for one. Slip resistant with no test method, fast cure with no time, and anti-static with no resistance range are all incomplete. The same applies to thickness in mils versus inches; convert everything to a common unit before comparing. The cost guide shows which of these items affect price most.
Which flooring terms are most often confused?
Epoxy and urethane cement are often used as if interchangeable, but they perform very differently under heat and wash-down. Anti-static is not a defined range, while static-dissipative and conductive are; an ESD program should specify one of the latter. Static and dynamic coefficients of friction are measured differently, so a value without a method cannot be compared.
Integral cove and flash cove describe similar results with different materials: resin formed up the wall versus sheet carried up over a cove stick. Return to service can mean foot traffic, rolling loads, or full chemical exposure, each at a different time. Grind-and-seal is not the same as polished concrete. When a term could mean two things, ask the contractor which one they mean.
- Epoxy vs urethane cement: similar name, very different heat tolerance
- Anti-static vs static-dissipative vs conductive
- SCOF vs DCOF: different tests, different numbers
- Integral cove vs flash cove
- Foot traffic vs full service return times
Which questions do these terms help a facility ask?
Knowing the terms turns vague concerns into specific questions. Instead of asking whether a floor will hold up, ask what thermal shock range the system is rated for and at what thickness. Instead of asking whether it will be slippery, ask what wet SCOF value it will achieve under ANSI/NFSI B101.1 and who will test it. Many food plants target ≥0.60 wet SCOF.
Other useful questions: what surface profile will preparation produce and how, what moisture test will be used and what is the system's limit, what is the return-to-service time for forklifts at our slab temperature, and what resistance range will the ESD floor meet and how will it be tested. The specification quiz tests whether a brief covers these points.
Which terms should appear in your own requirement brief?
The same vocabulary that helps read a proposal also helps write the brief. State the exposures with defined terms: thermal shock range, cleaning temperature, chemicals, and wheel types. State the performance targets with values and methods: slip resistance, ESD resistance range, and return to service by traffic type. State the preparation expectations: surface profile, moisture test method, and cove type.
A brief written this way tells every contractor exactly what the floor must do, and it makes their proposals directly comparable. It also gives the facility something to hold the contractor to at acceptance. The project planning guide shows where each of these terms fits in the overall planning sequence.
How do the terms connect to cost and risk?
Several terms map directly to budget lines, and the ranges are wide: Craftsman's urethane cement spans $4–$17 per sq ft by project size and its ESD floors $3.34–$13.55 per sq ft. Moisture mitigation is priced per square foot; integral cove per linear foot; surface profile determines whether shot blasting or grinding is required. Thickness drives material cost. Return-to-service time determines downtime cost. Understanding these links helps explain why proposals differ and where a low price might hide a gap.
Terms also map to risk. A floor specified without a slip-resistance value cannot be held to one, and slips matter: Liberty Mutual's index, via the National Floor Safety Institute, puts same-level falls at $10.26 billion/yr for U.S. employers, and BLS counted 479,480 days-away cases from falls, slips, and trips in 2024. Use the planning tools alongside the glossary, and put the defined terms and values into the proposal request.
Homeowner polls
What other planners are choosing
What would you put in the next flooring brief that was missing?
No votes yet. Yours will be the first. · saved on this device
Glossary questions
Why do contractors use different terms for the same product?
Manufacturers name their products differently, and contractors often use trade shorthand. One may say heavy-duty epoxy, another troweled mortar, a third a brand name. Ask for the manufacturer's data sheet for every proposed system and compare thickness, strength, and temperature limits, which are measured the same way regardless of what the product is called.
What does mils mean in a coating proposal?
A mil is one thousandth of an inch. Thin coatings are usually specified in mils, while thicker systems such as urethane cement are usually specified in fractions of an inch or millimeters. A quarter inch is 250 mils. Convert all thicknesses to one unit before comparing proposals, because a large difference in thickness often explains a large difference in price.
Is a slip-resistance number required by law?
Generally no single value is mandated for all facilities. OSHA requires walking-working surfaces to be kept free of hazards, a rule it estimates prevents 5,842 injuries/yr that would cost workdays, and the ADA requires accessible routes to be slip resistant, but neither sets one universal number. Many facilities adopt a measured target, such as a wet SCOF value under ANSI/NFSI B101.1, to specify and verify slip resistance.
What is the difference between a topcoat and a sealer?
A topcoat is a resin layer, often urethane, applied over a coating system to add wear, chemical, or UV resistance and control texture and gloss. A sealer or guard is a thin protective treatment applied to polished concrete or other surfaces. Topcoats are renewed on a recoat cycle; sealers on polished concrete are renewed on a reseal cycle.
Why does surface profile matter if the floor will be covered?
Because the coating's bond depends on it. Surface profile, measured on the ICRI CSP scale, describes how rough the prepared concrete is. Thin coatings need a lighter profile; thick systems such as urethane cement need a rougher one. Too smooth and the bond fails; too rough and a thin coating will not cover it evenly.
What does it mean when a proposal says return to service is 24 hours?
It should say which kind of service and at what temperature. Foot traffic, rolling loads, forklifts, wash-down, and full chemical exposure often have different times, and all lengthen on cold slabs. Ask the contractor to list each time separately at your expected slab temperature so the phasing plan can rely on it.
Which glossary terms matter most for an ESD floor?
ANSI/ESD S20.20, static-dissipative versus conductive, resistance to ground, and the test methods used for acceptance. Grounding points and footwear also matter because the floor is only part of the system. The static-control program owner should confirm the terms and values in the proposal before the contract is signed.
See the terms in context
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.
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.
Ready to price your commercial and industrial flooring?
Tell us the size, the condition of what is there now, and what you want to change. Facility Floor Scope passes your request to independent local professionals, who reply with written, no-obligation estimates. The service is free to use.