Tucson Epoxy Co. installs metallic epoxy flooring for homes and businesses in Tucson, Arizona. Our crews also install garage floor epoxy, concrete floor coatings, and commercial and industrial epoxy systems. Decorative flake flooring, polyaspartic topcoats, patio and pool deck coatings, and concrete repair and resurfacing round out the available options. We serve projects across the greater Pima County metro area.
Caliche-heavy soil can move with monsoon moisture and triple-digit summers, contributing to slab cracks, moisture intrusion, and pitting. Direct July sun can push slab surfaces to 140 degrees, while changing humidity affects resin cure. We diamond-grind, follow ICRI surface-profile guidance, and test slabs for moisture before selecting the build. Each system is planned around the concrete, exposure, and intended traffic instead of a one-size-fits-all coating.
Our 100% solids epoxy builds can be finished with UV-stable polyaspartic topcoats for chemical, abrasion, and solar exposure. Tucson Epoxy Co. is a licensed, bonded, and insured Arizona contracting operation, and crew-installed metallic and flake systems carry a lifetime warranty against delamination under the stated use conditions. Call for a free quote on your floor.
Tucson Epoxy Co. installs metallic epoxy flooring throughout Tucson and supported nearby areas including Oro Valley, Marana, Sahuarita, Vail, and the greater Pima County metro area.
Metallic epoxy flooring suspends designer pigments in a clear base coat. Installers manipulate the pigments with air movement and tools to form swirls, veining, and marble-look depth rather than a flat solid color.
The decorative layer is installed over prepared concrete and sealed beneath a protective epoxy, polyaspartic, or polyurethane topcoat selected for the exposure. The finished surface is glossy, reflective, non-porous, and easier to clean than bare concrete.
Because pigment movement changes with every application, no two pours look identical. That custom character suits garages and high-end residential floors as well as showrooms and other commercial spaces where appearance and concrete protection both matter.
A properly prepared metallic epoxy floor combines a one-of-a-kind decorative finish with a sealed wear surface suited to Tucson garages, showrooms, and commercial interiors. The build can be tailored to the slab, design, exposure, and reopening needs.
Tucson Epoxy Co. matches decorative and protective flooring to the slab, property type, traffic, and exposure. Available work ranges from metallic garage floors and general concrete coatings to commercial, industrial, and concrete repair applications.
Designer pigments are suspended in a clear epoxy base and manipulated into glossy swirls, veining, and stone-like movement. Multiple pigment passes and a UV-stable polyaspartic topcoat can add design depth, abrasion resistance, and color protection.
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Garage systems seal porous concrete against oil, transmission fluid, battery acid, desert dust, and hot-tire pickup. After grinding, repair, coating, and topcoat selection, most two-car garages are fully cured and back in service within 24 to 72 hours.
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Concrete coating plans account for slab age, original pour quality, prior sealers, existing contamination, and exposure to weather. Preparation may include diamond grinding or heavier grinding and shot-blasting before the selected resin system is applied.
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Commercial concrete coatings can combine durability with logo medallions, brand colors, and directional safety striping for Tucson showrooms, breweries, and retail spaces. Anti-slip additive can be broadcast into topcoats at walkways and entry zones without giving up the finished appearance.
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Warehouse and manufacturing systems are built for forklift traffic, pallet jacks, and constant point loading. Broadcast quartz or trowel-applied mortar can create high-build zones up to a quarter inch, while novolac epoxy and specialty topcoats address solvents, acids, automotive fluids, and washdown conditions referenced by SSPC and NACE protective-lining standards.
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Coating preparation can include stripping failed paint-grade coatings, removing laitance and sealers, and repairing cracks with epoxy injection where needed. Addressing these defects before primer and decorative coats gives the new system a sounder bonding surface.
Request EstimateFinish, traffic, sunlight, chemical exposure, shutdown time, and budget all affect coating selection. The source-supported options range from solid-color and flake epoxy to premium metallic designs, fast-curing polyaspartic systems, and heavier commercial or industrial builds.
Professional metallic epoxy typically costs $8 to $15 per square foot. A typical two-car garage runs roughly $4,000 to $7,000, while a 1,500 square foot multi-pigment floor with a high-build topcoat generally falls between $10,500 and $15,000.
Flake epoxy flooring typically runs $3 to $7 per square foot. A standard package for a typical two-car garage is roughly $2,500 to $3,500, giving garages, patios, and light-commercial floors a textured decorative alternative to metallic pigment.
Standard solid-color epoxy typically costs $2 to $4 per square foot and is aimed at budget garage projects needing basic protection. It delivers a uniform color rather than the layered movement of metallic pigment or the texture of a flake broadcast.
Polyaspartic systems typically cost $7 to $12 per square foot and cure in hours rather than days. Many garage and commercial installations can be completed in a single day, with light foot traffic that evening and full vehicle traffic within 24 to 72 hours.
Commercial jobs can include ASTM D4541 pull-off adhesion testing, while heavier industrial work may use high-build quartz or mortar in severe traffic zones. System details are selected around loading, chemicals, washdown, safety, and reopening requirements.
The right approach starts with the slab rather than the color chart. Age, cracks, prior coatings, moisture, sunlight, traffic, chemical exposure, design complexity, and reopening needs determine the preparation, base coat, pigment work, and protective topcoat.
Every slab is mechanically diamond-ground to an ICRI CSP 3 profile, with grinding and shot-blasting available for heavier commercial work. This removes laitance, old sealers, and contamination that can block adhesion more effectively than acid etching.
Slabs at or near grade receive moisture vapor emission testing because caliche can trap and transmit moisture even in Tucson's low-humidity climate. Where testing calls for it, a moisture vapor barrier is installed before the decorative system.
Metallic and flake systems installed by Tucson Epoxy Co. crews carry a lifetime warranty against delamination and peeling under normal residential or light-commercial use. If an installation defect causes failure, the affected area is repaired at no cost under that coverage.
Tucson Epoxy Co. is a licensed, bonded, and insured Arizona contracting operation. Our crews use 100% solids resin, mechanical surface preparation, moisture testing, climate-aware scheduling, and UV-stable topcoat options to build floors around Southern Arizona conditions rather than relying on thin-film products or acid etching.
Request a Free QuoteCaliche-heavy soil expands and contracts with monsoon downpours and triple-digit summers, and that movement can show up as cracks and surface pitting in concrete slabs. Existing cracks are evaluated and repaired with epoxy injection where needed before coating.
Rising moisture can move through at-grade concrete even in a dry climate, especially where caliche traps water after monsoon activity. Moisture testing identifies when the planned coating needs a vapor barrier beneath it.
Bare concrete can absorb oil, transmission fluid, and battery acid permanently within hours of a spill. A properly applied epoxy system seals that porosity so the surface is easier to wipe clean and more resistant to staining.
Standard epoxy can amber and lose its appearance under sustained UV exposure. UV-stable polyaspartic and polyurethane topcoats help protect the color and gloss of metallic, flake, and patio coatings under Tucson's intense solar load.
Inadequate preparation can leave oils and sealers between the coating and concrete, leading to peeling, bubbling, and hot-tire lift within a year or two. Mechanical grinding and contamination removal address the leading source of early adhesion failure.
Epoxy and polyaspartic cure through temperature- and humidity-sensitive chemical reactions. Peak summer slab heat can flash-cure epoxy before it self-levels, while monsoon humidity requires careful installation scheduling and control.
A durable decorative floor depends on a sequence that starts with the slab and ends with the correct cure window. Inspection, mechanical preparation, repairs, moisture control, primer, pigment placement, and the selected topcoat are coordinated for the property and exposure.
We review slab age, cracks, prior coatings or sealers, exposure, traffic, and the original pour quality. The project plan also covers metallic color count, veining or transitions, topcoat choice, and the reopening requirements.
The slab is diamond-ground to open the concrete pore structure and remove laitance, old sealers, and contamination. Heavier commercial floors may be ground and shot-blasted when the build calls for more aggressive preparation.
Cracks are repaired with epoxy injection where needed, and failed paint-grade coatings are stripped before the new system is built. Correcting those conditions gives primer and resin a cleaner, more consistent substrate.
At-grade slabs are checked for moisture vapor emission, and a moisture vapor barrier is installed when the test calls for one. Primer is then applied over the prepared substrate to support the metallic base coat.
The metallic base coat is placed over the primer, and designer pigments are moved with air and tools to form the selected swirls, marble effects, veining, or color transitions. The exact movement remains unique to the pour.
A standard epoxy, polyaspartic, or polyurethane topcoat is selected for UV, chemical, abrasion, and reopening needs. Cure timing depends on that choice and the installation conditions, so the floor is returned to use only after its required window.
Tell Tucson Epoxy Co. about the slab, property use, desired metallic look, and reopening needs. We can review preparation, moisture conditions, pigment complexity, and topcoat options and provide a free quote for the project.
These answers cover the source-supported questions Tucson property owners commonly have about metallic epoxy pricing, preparation, design, cure time, exposure, and service coverage.
Call Our Flooring TeamProfessional metallic epoxy installation typically costs $8 to $15 per square foot, including surface grinding, crack repair, the metallic base coat, and a protective topcoat. A typical two-car garage runs roughly $4,000 to $7,000, with design complexity and slab condition influencing the final quote.
Slab condition, failed coatings that must be stripped, crack repair, square footage, pigment count, veining, color transitions, logo work, and topcoat choice all affect price. A single metallic color is generally less involved than a multi-pigment natural-stone design, while larger commercial floors may receive volume pricing.
Most two-car garages are fully cured and back in service within 24 to 72 hours, depending on the topcoat and installation conditions. A polyaspartic build can allow light foot traffic the same evening and full vehicle traffic within that stated range.
No two pours look identical because metallic pigments move as installers manipulate them with air and tools. Color selections and design direction can guide the result, but the swirls, veining, and marble-like depth remain unique to each installation.
The slab is mechanically diamond-ground to an ICRI CSP 3 profile rather than only acid-etched. Crews remove laitance, sealers, and contamination, repair cracks where needed, test for moisture, and apply primer before the metallic base coat.
Caliche subsoil can trap and transmit moisture upward through at-grade slabs even in a low-humidity climate. Moisture vapor emission testing shows whether the project needs a vapor barrier beneath the coating to reduce the risk of adhesion problems.
Standard epoxy can amber under sustained UV exposure, so exposed systems are protected with UV-stable polyaspartic or polyurethane topcoats. Those topcoats help preserve the color and gloss of metallic, flake, and patio coatings in intense Tucson sun.
Metallic systems suit showrooms and other commercial spaces where a decorative surface matters. Warehouses, manufacturing areas, labs, auto shops, and food-processing environments may need heavier broadcast quartz, trowel-applied mortar, novolac epoxy, specialty topcoats, or anti-slip additives based on loading, chemicals, and washdown needs.
Metallic epoxy uses manipulated pigments for a glossy marble-like finish, flake epoxy broadcasts decorative chips for a textured appearance, and solid-color epoxy creates a uniform surface. Typical pricing is $8 to $15 per square foot for metallic, $3 to $7 for flake, and $2 to $4 for standard solid epoxy.
Crew-installed metallic and flake systems carry a lifetime warranty against delamination and peeling under normal residential or light-commercial use. If an installation defect causes a coating failure, Tucson Epoxy Co. returns to repair the affected area at no cost under the stated coverage.
Properly installed garage systems resist oil, transmission fluid, battery acid, chemical staining, and hot-tire pickup. Specialized facilities handling solvents, acids, or automotive fluids may require novolac epoxy and chemical-resistant specialty topcoats rather than a standard coating.
Polyaspartic is useful when UV stability, a wider working-temperature range, abrasion resistance, or fast reopening matters. It works especially well over metallic or flake base coats and for garages, pool decks, patios, and commercial floors that cannot remain out of service for days.
Tucson Epoxy Co. installs metallic epoxy flooring, garage coatings, and commercial concrete systems throughout Tucson, Oro Valley, Marana, Sahuarita, Vail, and the greater Pima County metro area. The source also identifies projects serving property owners from the Catalina Foothills to South Tucson.