POLYASPARTIC COATING DENVER · COMMERCIAL & INDUSTRIAL

Polyaspartic Coating in Denver, Colorado

Polyaspartic coating in Denver is what you specify when the floor has to go back into service fast. Most systems install in a single day and take foot traffic the next morning, where an epoxy build can hold a space for the better part of a week.

All West Surface Prep has coated existing concrete since 1990, which is 30+ years. AWSP does not pour concrete. Every system on this page goes over a slab that is already there.

Why choose a polyaspartic coating in Denver?

Speed is the honest answer, and it is usually the only answer that matters. A polyaspartic system can be ground, primed, coated, and topcoated inside one shift. Return to foot traffic is typically the next day and vehicle traffic within a couple of days, against roughly three to seven days for a comparable epoxy build.

For a working building, that difference is not a convenience. It is the whole project. A distribution center that loses one weekend instead of a full week has a different number on the schedule and a different number on the bid.

Polyaspartic or epoxy: which system does your floor need?

Polyaspartic wins on speed, ultraviolet stability, and cold-weather installation. Epoxy wins on film build, chemical resistance in aggressive environments, and cost per square foot. Many of the floors AWSP installs use both, with an epoxy body coat carrying the thickness and a polyaspartic topcoat carrying the wear and the color stability.

	Polyaspartic	Epoxy
Typical install	Single day	Two to four days
Return to service	Next day foot traffic	Three to seven days
UV stability	Holds color, resists ambering	Ambers and yellows in sunlight
Cold weather install	Cures at low temperatures	Slows or stalls when cold
Film build	Thin film	Thick build available
Cost per square foot	Higher	Lower
Working time	Short, unforgiving	Longer, more tolerant

The short working time is the reason polyaspartic is not a do-it-yourself product and not a product for a crew learning on your floor. It sets on its own schedule regardless of how the installation is going.

For the thick-build side of the decision, see epoxy flooring.

Where does a polyaspartic coating in Denver make the most sense?

• Retail and showroom floors that cannot close for a week
• Garages, service bays, and fleet maintenance areas
• Healthcare and lab spaces with tight shutdown windows
• Food and beverage areas where washdown and turnaround both matter
• Any space with real daylight, where an epoxy topcoat would amber
• Cold-weather and unheated buildings during Colorado winters

What has to happen before the coating goes down?

Polyaspartic is a thin-film system. It follows the slab rather than hiding it, which means preparation carries more weight here than on a thick epoxy build. A slab that was not opened properly will telegraph every flaw straight through the finish.

The profile comes from diamond grinding on most polyaspartic work, since these systems want a smoother CSP 1 to CSP 3 rather than the aggressive profile shot blasting produces. Coating manufacturers name a minimum profile in their data sheet, and a floor delivered below that spec voids the warranty whether or not it fails. Reference: International Concrete Repair Institute.

Slab moisture is the other gate. Vapor driving up through a slab will push a thin film off no matter how well it was applied. Where readings call for it, AWSP installs moisture mitigation first. Testing before mobilization costs less than recoating after.

Cracks and joints get addressed before coating as well, covered under joint filling. A coating bridges nothing. Whatever the slab is doing, the floor will do.

How does a single-day install actually run?

Crews grind and profile the slab, vacuum, and detail the edges. Cracks and joints get treated. The primer or base coat goes down, then broadcast media where the specification calls for flake or quartz, then the polyaspartic topcoat over it. Each step follows the last inside the same shift, which is why the sequence has to be planned rather than discovered.

Crew depth is 10 to 15 cross-trained people, and mobilization on most projects is 24 to 48 hours. The same crew handles the prep and the coating, so nobody is waiting on another trade and nobody is blaming another trade when something delaminates.

Dust is HEPA-managed throughout, which is what allows the grinding stage to run in a building that stays open. Crews control silica exposure under the OSHA respirable crystalline silica standard for construction, 29 CFR 1926.1153. Reference: OSHA respirable crystalline silica.

Frequently asked questions

What is a polyaspartic coating?

A polyaspartic coating is a fast-curing polyurea-based floor system applied over prepared concrete. It cures far faster than epoxy, holds its color under ultraviolet light, and installs at lower temperatures, which is why it suits spaces that cannot stay closed for a week.

How long before we can use the floor?

Most polyaspartic installations take foot traffic the next day and vehicle traffic within a couple of days. Exact timing depends on the product, the film thickness, and site temperature, and AWSP confirms it against the manufacturer data sheet before the work is scheduled.

Is polyaspartic better than epoxy?

Neither is better in general. Polyaspartic is faster, more UV stable, and installs in the cold. Epoxy builds thicker, resists aggressive chemicals better, and costs less per square foot. Many floors use an epoxy body coat with a polyaspartic topcoat.

Will a polyaspartic coating peel?

It peels when the slab was not prepared properly or when moisture was never tested. It is a thin-film system, so it is less forgiving of bad prep than a thick epoxy build. Profile to the data sheet and test for moisture, and the coating stays down.

Does AWSP pour concrete?

No. AWSP works on existing concrete only.

What finish options exist?

Most commercial polyaspartic work in Denver falls into three finishes. A straight pigmented coat gives a solid color and the cleanest look, and it shows wear and repair patches most readily. A flake broadcast system scatters vinyl chips into the base coat before the topcoat goes on, which hides dirt, hides minor slab movement, and reads well in showrooms and garages. A quartz broadcast uses graded silica instead of vinyl and delivers a heavier, more slip-resistant surface for wet areas and commercial kitchens.

Slip resistance is a specification, not an afterthought. Broadcast media, aggregate additives, and topcoat selection all move it. Tell AWSP what the space does and who walks through it, and the system gets built around that rather than around a catalog page.

What goes wrong with a polyaspartic coating?

Three failures account for most of the callbacks in this trade, and none of them are the product’s fault.

Untested moisture. Vapor moving up through a slab lifts a thin film off the concrete. The coating looks fine for months and then releases in sheets. A relative humidity test before mobilization costs a fraction of a recoat.

Inadequate profile. Burnishing from a power trowel leaves a slab closed up, and a coating has nothing to grip. Polyaspartic is less forgiving here than thick-build epoxy because there is less material to hold it in place.

Rushed working time. These products set fast, which is the selling point and the risk. A crew that has not run the system before will find the pot life shorter than expected and leave lap marks, roller stipple, or an uneven topcoat that cannot be corrected once it kicks.

Request a polyaspartic coating Denver estimate

AWSP serves Colorado, Wyoming, New Mexico, Utah, South Dakota, and Arizona from Commerce City. See the Colorado service area or return to All West Surface Prep.

Call (303) 573-7737, Monday through Friday, 8:00am to 5:00pm Mountain Time.