Polyaspartic garage floor coating delivers faster cure times, superior UV resistance, and better cold-weather flexibility than traditional epoxy—making it the top choice for Wisconsin, Michigan, and Minnesota homeowners facing harsh Northwoods winters. Revolution Epoxy installs commercial-grade 100% solids polyaspartic systems across the region, with most projects completed in 1-2 days and vehicles back in your garage within 24 hours.

What Is Polyaspartic Garage Floor Coating and Why Does It Matter?

Polyaspartic garage floor coating uses aliphatic polyurea technology—a next-generation system that outperforms traditional epoxy in nearly every measurable category. Unlike epoxy, which yellows under UV exposure and turns brittle in cold temperatures, polyaspartic maintains clarity and flexibility from -40°F to 140°F. The chemistry matters: 100% solids polyaspartic formulations cure in 1-4 hours compared to epoxy's 24-72 hours, and the aliphatic molecular structure resists UV degradation that causes the amber discoloration you see in aged epoxy floors.

For Northwoods homeowners, these performance differences translate to real-world advantages. UV rays reflect intensely off snow and ice, accelerating yellowing in standard epoxy coatings. Rapid freeze-thaw cycles—sometimes multiple times per day in Wisconsin, Michigan, and Minnesota—stress rigid epoxy to the point of micro-cracking. Road salt and chemical de-icers (calcium chloride, magnesium chloride, sodium chloride) attack inferior coatings season after season. Polyaspartic's engineered resistance to all three factors makes it the smart choice for garages that face nine months of winter abuse.

Revolution Epoxy uses only commercial-grade 100% solids polyaspartic systems—the same formulations specified for industrial facilities and commercial parking structures. You won't find these materials at big-box retailers, and the difference shows in longevity: professionally installed polyaspartic floors routinely exceed 15-year lifespans in the harshest climates.

How Polyaspartic Outperforms Traditional Epoxy in Cold Climates

Polyaspartic coatings deliver three critical advantages over epoxy in Wisconsin, Michigan, and Minnesota garages: faster return-to-service, superior chemical resistance, and maintained flexibility at sub-zero temperatures. While epoxy requires 72+ hours before vehicle traffic, polyaspartic allows full use within 24 hours—meaning your garage transformation doesn't disrupt your life for a week. That speed comes from reactive chemistry that cross-links rapidly even in cooler conditions.

Chemical resistance matters when road crews dump tons of calcium chloride and magnesium chloride on Northwoods highways every winter. These de-icers track into your garage on tires and boots, sitting in puddles as snow melts. Polyaspartic's molecular structure resists etching and degradation from these chemicals far better than epoxy, which can develop dull spots and surface pitting after repeated exposure.

The flexibility difference becomes obvious below 20°F. Traditional epoxy turns brittle and rigid in cold temperatures, making it vulnerable to crack propagation when your concrete substrate naturally expands and contracts. Polyaspartic maintains elasticity down to -40°F, moving with the concrete rather than fracturing. This flexibility also prevents the "hot tire pickup" problem—where epoxy softens under warm tires and peels away in strips. Polyaspartic resists abrasion with wear index ratings that meet CS-17 commercial standards, handling daily vehicle traffic without showing tire marks or scuffing.

What Should I Look for in a Local Polyaspartic Floor Installer?

A qualified polyaspartic installer uses commercial-grade 100% solids formulations, owns professional surface preparation equipment, conducts moisture testing, and demonstrates documented cold-weather installation experience in your region. These aren't negotiable points—they're the difference between a floor that lasts 15+ years and one that delaminates within 18 months.

Start with material specifications. Ask directly: "Do you use 100% solids polyaspartic, or a diluted formulation?" Retail-grade products contain 30-50% solvents that evaporate during cure, leaving a thinner coating with reduced durability. Professional systems apply 100% active material that becomes the finished coating—no evaporation, no thickness loss, no compromise.

Surface preparation drives long-term adhesion more than any other factor. Diamond grinding or shot blasting opens concrete pores to create mechanical bond strength, removes surface laitance and contaminants, and levels high spots. Handheld grinders and acid etching—common in DIY projects and cut-rate installations—don't achieve the profile depth needed for polyaspartic's fast cure chemistry. Revolution Epoxy's premium flooring systems include professional diamond grinding as standard, not an upcharge.

Moisture testing protects your investment. Concrete slabs naturally wick moisture from soil below, and Wisconsin, Michigan, and Minnesota humidity adds vapor pressure. Calcium chloride tests or relative humidity probes quantify moisture levels before coating. Without this step, trapped moisture causes blistering and delamination months after installation. Reputable installers adjust primer systems based on test results—moisture-mitigating epoxy primers when needed, standard primers when conditions allow.

Ask these specific questions during consultations:

• What surface prep equipment do you use? (Look for walk-behind diamond grinders or shot blasters, not handheld tools)
• Do you conduct moisture testing on every project? (Answer should be yes, with specific test method named)
• What manufacturer training or certifications do you hold? (Demonstrates commitment to proper application techniques)
• Can I see documented projects completed in winter months? (Proves cold-weather installation competence)
• What warranty do you provide, and what does it cover? (10+ years should cover delamination, cracking, and color stability)

Revolution Epoxy meets all these criteria across Wisconsin, Michigan, and Minnesota, with crews trained specifically for Northwoods climate conditions and materials engineered for harsh winter performance.

Why Big-Box Polyaspartic Kits Fail in Real-World Conditions

DIY polyaspartic kits from home improvement stores contain 30-50% solids formulations diluted with solvents to reduce cost and extend shelf life—a compromise that cuts coating thickness by half compared to professional 100% solids systems. When those solvents evaporate during cure, you're left with a thin film that lacks the abrasion resistance and chemical protection your garage needs. Within 6-18 months, most DIY polyaspartic installations show delamination at edges, tire marks that won't clean, and dull spots where de-icers have etched the surface.

Surface preparation failures doom most DIY projects before coating even begins. Retail kits include acid etching solutions as the prep method—a technique that barely scratches the surface compared to professional diamond grinding. Acid creates minimal profile depth, leaves residues that block adhesion, and can't level uneven concrete or remove existing sealers. Without proper mechanical preparation opening concrete pores to 60-80 grit profile, even the best coating won't bond permanently.

Mixing ratios matter with two-component polyaspartic chemistry, but DIY application makes precise measurement difficult. Professional installers use graduated mixing equipment and electronic scales; homeowners eyeball measurements and stir by hand. Improper ratios alter cure times, reduce hardness, and compromise chemical resistance. The fast working time of polyaspartic (10-20 minutes in warm conditions) compounds these problems—once you start mixing, the clock is ticking, and mistakes multiply under pressure.

Retail kits also skip the broadcast media that makes professional floors slip-resistant and visually interesting. Vinyl flake chips hide minor concrete imperfections, add texture for traction, and create depth in the finish. Quartz aggregates provide stone-like texture and extreme durability. These materials require specific broadcast techniques and proper saturation rates—skills developed over hundreds of installations. Get a free quote from Revolution Epoxy to see the difference professional materials and application make.

How Much Does Professional Polyaspartic Coating Cost in Wisconsin, Michigan, and Minnesota?

Professional polyaspartic garage floor installation runs $6-12 per square foot across Wisconsin, Michigan, and Minnesota, with most projects landing in the $7-9 range for vinyl flake systems and $10-12 for premium metallic finishes. This pricing reflects commercial-grade materials, professional surface preparation, proper moisture testing, and warranty coverage—investments that pay off in longevity and performance compared to $3-5 big-box epoxy kits that fail within two years.

Cost drivers break down into three main categories. Surface preparation accounts for 30-40% of total project cost—diamond grinding equipment, dust collection systems, crack repair materials, and skilled labor to properly profile your concrete. Material grade represents another major factor: 100% solids polyaspartic costs significantly more than diluted formulations, but delivers twice the coating thickness and durability. Broadcast media (vinyl flake, quartz aggregate) and multi-coat systems add to material costs but create the slip resistance and visual appeal that transform your garage from utilitarian space to showroom-quality floor.

Square footage impacts per-foot pricing through economies of scale. A 200-square-foot single-car garage might cost $10-12 per square foot, while a 600-square-foot three-car garage drops to $7-8 per square foot for the same system. Concrete condition also affects pricing—clean, level slabs require minimal prep, while cracked or spalled concrete adds $2-4 per square foot for repair work. Existing coating removal (previous epoxy, paint, or sealers) adds another $1-3 per square foot depending on adhesion strength and coating thickness.

Compare polyaspartic's $6-12 per square foot to traditional epoxy's $4-8 per square foot, and the premium seems significant. But run the math over time: polyaspartic lasts 15+ years with minimal maintenance versus epoxy's 5-7 year lifespan with resealing. Polyaspartic's one-day cure time means you lose garage access for 24 hours instead of 3-5 days with epoxy. Superior chemical and UV resistance means no yellowing, no hot tire pickup, and no degradation from road salt—failures that would require complete recoating with inferior systems.

Revolution Epoxy provides transparent, itemized quotes that break down every cost factor. No hidden fees, no surprise charges, no high-pressure sales tactics—just straightforward pricing for professional work that lasts.

What Factors Increase or Decrease Your Project Cost?

Garage square footage drives the biggest pricing variable through economies of scale—larger projects spread fixed costs (equipment mobilization, waste disposal, project management) across more square feet, reducing per-foot pricing. Projects above 400 square feet typically see 15-25% lower per-foot costs than smaller garages, with three-car garages offering the best value. Unusual layouts with multiple levels, tight corners, or extensive built-in cabinetry requiring masking increase labor time and push pricing higher.

Concrete condition significantly impacts project scope and cost. Clean, structurally sound slabs need only standard diamond grinding and coating application. Cracked concrete requires epoxy crack repair or routing and sealing, adding $2-4 per square foot depending on crack severity and linear footage. Spalled areas (surface deterioration from freeze-thaw damage or poor finishing) need patching and leveling before coating, another $2-5 per square foot. Oil stains, tire marks, and embedded contaminants increase prep time and may require specialty primers, adding $1-2 per square foot. Revolution Epoxy assesses all these factors during free on-site consultations, so you know exact costs before work begins.

Desired finish type creates the widest pricing range within professional polyaspartic systems. Solid color systems—single-tone polyaspartic with no decorative media—cost $6-8 per square foot and deliver clean, uniform appearance ideal for modern minimalist aesthetics. Vinyl flake systems run $7-9 per square foot and remain the most popular choice, combining slip-resistant texture with visual depth from broadcast color chips. Metallic finishes command $10-12 per square foot for their premium reflective appearance, unique depth and movement, and high-end showroom look that makes garages conversation pieces.

Existing coating removal adds cost and complexity if your garage has previous epoxy, paint, urethane, or acrylic sealer. Tightly bonded coatings require mechanical removal via aggressive diamond grinding or shot blasting, adding $1-3 per square foot. Loose or failing coatings come up easier but generate more waste and disposal costs. In some cases, existing coatings in good condition can be abraded and coated over—Revolution Epoxy's on-site evaluation determines the most cost-effective approach for your specific situation.

Moisture mitigation needs emerge during calcium chloride or relative humidity testing. Slabs with elevated moisture levels require specialty epoxy primers that block vapor transmission before polyaspartic application, adding $1-2 per square foot. Some situations demand full moisture-mitigating systems with multiple barrier coats. These additions protect your investment—polyaspartic applied over high-moisture concrete will delaminate regardless of surface prep quality, so proper moisture management is non-negotiable in wet conditions.

How Long Does Polyaspartic Garage Floor Installation Take?

Revolution Epoxy completes most polyaspartic garage installations in 1-2 days, with vehicles returning to full use within 24 hours of final topcoat application. This timeline stands in stark contrast to traditional epoxy's 3-5 day process with 72-hour minimum cure before vehicle traffic—a difference that matters when you can't lose garage access for a week.

Day one encompasses all surface preparation and base coating work. Diamond grinding typically takes 2-4 hours depending on garage size and concrete condition, creating the 60-80 grit profile needed for mechanical adhesion. Crack repair and patching happen next, with fast-cure epoxy fillers ready for coating within 30 minutes. After dust extraction and surface cleaning, primer application takes 30-45 minutes with 1-2 hour flash-off time. Base coat goes down next, immediately followed by broadcast of vinyl flake chips (if specified), quartz aggregate, or metallic pigments while the coating remains wet. Day one typically wraps in 6-8 hours total elapsed time.

Day two (when needed) handles topcoat application after removal of excess broadcast media. Some systems require only a single polyaspartic topcoat over the base/broadcast layer; others specify two topcoats for maximum UV protection and chemical resistance. Each topcoat takes 30-45 minutes to apply with 1-2 hours between coats. Many Revolution Epoxy projects complete in a single day when conditions allow—garage size under 400 square feet, minimal concrete repairs needed, and favorable temperature and humidity for faster cure times.

Cure milestones matter for planning garage access. Light foot traffic is safe after 8-12 hours, so you can walk through to access tools or storage by evening of installation day. Full vehicle traffic requires 24 hours minimum for complete cross-linking and hardness development. Temperature and humidity affect these timelines—warmer conditions accelerate cure, while cold or humid weather extends it slightly. Revolution Epoxy schedules installation when weather forecasts support optimal cure conditions, ensuring you regain garage access on schedule.

This fast turnaround proves critical for Northwoods homeowners who rely on garage access year-round. Your vehicles stay protected from weather during installation (we work around your schedule), and you're back to normal garage use in 24 hours instead of losing the space for a week. That speed comes from polyaspartic's reactive chemistry and Revolution Epoxy's efficient processes honed over hundreds of installations across Wisconsin, Michigan, and Minnesota.

Will Polyaspartic Coating Hold Up to Road Salt and De-Icers?

Polyaspartic coating resists road salt and chemical de-icers far better than traditional epoxy or concrete sealers—a critical advantage in Wisconsin, Michigan, and Minnesota where calcium chloride, magnesium chloride, and sodium chloride are applied heavily from November through April. The aliphatic chemical structure that prevents UV yellowing also provides exceptional resistance to chemical etching and degradation from these aggressive compounds.

Road salt attacks concrete and inferior coatings through two mechanisms: direct chemical reaction and osmotic pressure from dissolved salts drawing moisture through the coating. Standard epoxy coatings develop dull spots, surface etching, and eventual delamination under repeated salt exposure. Concrete sealers break down within one winter season, leaving bare concrete vulnerable to spalling and cracking. Polyaspartic's tightly cross-linked molecular structure blocks both chemical penetration and moisture transmission, maintaining its protective barrier season after season.

Chemical resistance testing (ASTM D1308 and similar standards) demonstrates polyaspartic's superior performance against chloride-based de-icers, petroleum products, antifreeze, and cleaning chemicals. Revolution Epoxy engineers formulations specifically for Northwoods salt exposure, with testing conducted on actual Wisconsin DOT and Michigan DOT road treatment chemicals—not generic lab compounds. This real-world validation ensures your garage floor handles the specific de-icers used in your region.

Hot tire pickup—where coatings soften under warm tires and peel away—plagues many epoxy systems when salt residue acts as a release agent between coating and substrate. Polyaspartic's higher hardness and better adhesion prevent this failure mode even when salt accumulates in tire tracks. The coating maintains bond strength regardless of surface contamination.

Maintenance tip: sweep or blow out salt-laden slush rather than letting it sit for weeks in puddles. While polyaspartic resists chemical attack far better than alternatives, prolonged exposure to concentrated de-icer solutions (especially in standing water) will eventually dull any coating. Regular cleaning—a quick sweep after winter drives—keeps your floor looking showroom-fresh and extends coating life beyond the already impressive 15+ year typical lifespan.

What Finish Options Are Available with Polyaspartic Coatings?

Revolution Epoxy offers three professional-grade finish systems adapted for polyaspartic topcoats: vinyl flake (most popular), metallic (premium), and solid color (cost-effective). All three systems use commercial 100% solids polyaspartic for the final wear layer, guaranteeing UV stability, chemical resistance, and long-term durability regardless of aesthetic choice.

Vinyl flake systems dominate garage installations across Wisconsin, Michigan, and Minnesota for good reason—they combine practical benefits with visual appeal. Colored vinyl chips broadcast into the base coat create slip-resistant texture (critical for wet or icy conditions), hide minor concrete imperfections, and add depth through color variation. Revolution Epoxy stocks 20+ standard color blends from subtle earth tones to bold contrasts, with custom blends available for unique projects. The textured surface resists showing tire marks and scuffs better than smooth finishes, and the multi-colored flake pattern disguises dirt between cleanings. Vinyl flake systems typically cost $7-9 per square foot.

Metallic finishes deliver high-end, reflective appearance with unique depth and three-dimensional movement. Metallic pigments suspended in the base coat create effects ranging from subtle shimmer to dramatic pearlescent shifts depending on viewing angle and lighting. No two metallic floors look identical—random pigment distribution ensures your garage has truly one-of-a-kind appearance. This premium option transforms garages into showroom-quality spaces that rival high-end commercial installations. The smooth, glossy surface reflects overhead lighting, brightening the space. Metallic systems run $10-12 per square foot and are increasingly popular among homeowners treating their garage as an extension of living space rather than purely utilitarian storage.

Solid color systems provide clean, uniform appearance without decorative media. Single-tone polyaspartic in gray, tan, or custom colors creates the industrial-minimalist aesthetic preferred in modern design. Without broadcast chips or metallic effects, solid color shows the coating's clarity and gloss most directly. This option costs $6-8 per square foot, making it the most economical professional polyaspartic system. Anti-slip additives can be incorporated into the topcoat for traction without visual texture.

All Revolution Epoxy systems include UV-stable polyaspartic topcoats that won't yellow or fade—critical protection given the intense UV reflection off snow in Northwoods winters. Optional anti-slip additives (aluminum oxide or silica carbide particles) can be broadcast into final topcoats for additional traction in high-traffic areas or on inclines, maintaining safety without compromising appearance.

How Do I Maintain a Polyaspartic Garage Floor?

Polyaspartic garage floors require minimal maintenance compared to concrete sealers or traditional epoxy—weekly sweeping or blowing out debris, monthly damp mopping with pH-neutral cleaner, and avoiding abrasive scrubbing pads covers 95% of care needs. The coating's chemical resistance and hard surface mean oil, antifreeze, and most chemicals wipe clean without staining or etching, eliminating the constant resealing required by concrete or the hot tire pickup and staining that plagues inferior epoxy systems.

Weekly maintenance takes five minutes: sweep with a soft-bristle broom or use a leaf blower to remove dirt, sand, and road salt tracked in on tires and boots. This simple step prevents abrasive particles from grinding across the surface under vehicle traffic, maintaining the coating's gloss and clarity. In winter months when salt and sand accumulation increases, twice-weekly sweeping helps, but even once weekly keeps the floor looking clean.

Monthly deep cleaning involves damp mopping with pH-neutral cleaner (dish soap works fine; avoid ammonia or citrus-based cleaners that can dull gloss over time). Mix cleaner according to bottle directions—using too much doesn't clean better and leaves residue. Microfiber mops work well for spreading cleaning solution evenly and picking up grime without scratching. Rinse with clean water if desired, though it's not mandatory with pH-neutral cleaners. The floor air-dries quickly, and you're done.

Spill cleanup is straightforward: oil, transmission fluid, antifreeze, brake fluid, and gasoline wipe up with paper towels or rags immediately after spills, or weeks later—polyaspartic's chemical resistance means these substances don't penetrate or stain. Battery acid and muriatic acid are the only common garage chemicals that can etch polyaspartic if left for extended periods; wipe acid spills promptly and rinse with water. Tire marks don't permanently stain polyaspartic like they do on bare concrete or inferior coatings—they wipe clean with standard mopping.

What you DON'T need to do: no annual resealing (concrete sealers require this), no waxing (polyaspartic maintains gloss inherently), no special "coating cleaner" products (marketing gimmicks), and no pressure washing (overkill that risks damaging coating edges if done improperly). Revolution Epoxy provides a detailed maintenance guide with every installation, but the short version is this—treat your garage floor like you treat good kitchen flooring, and it will look showroom-fresh for 15+ years.

Avoid metal snow shovels dragging across the floor (use plastic-blade shovels instead if you need to push snow out), don't use wire brushes or abrasive pads for cleaning, and skip the rock salt—if you must apply de-icer in your garage for melting tracked-in snow, use liquid de-icers rather than granular products that sit on the surface. These minor precautions, combined with basic cleaning, keep your Revolution Epoxy floor looking like installation day year after year.

Frequently Asked Questions

Is polyaspartic better than epoxy for garage floors in cold climates?

Yes, polyaspartic outperforms epoxy in Wisconsin, Michigan, and Minnesota garages. It cures in 1-4 hours versus epoxy's 24-72 hours, maintains flexibility at sub-zero temperatures to prevent cracking, and resists yellowing from UV exposure that reflects off snow. Polyaspartic also offers superior chemical resistance to road salt and de-icers, making it ideal for Northwoods winters where calcium chloride and magnesium chloride are heavily used. The aliphatic molecular structure prevents the amber discoloration and brittleness that plague epoxy in harsh climates, delivering 15+ year lifespan compared to epoxy's 5-7 years.

How much does polyaspartic garage floor coating cost?

Professional polyaspartic installation ranges from $6-12 per square foot in Wisconsin, Michigan, and Minnesota, depending on garage size, surface condition, and finish type. Vinyl flake systems typically cost $7-9 per square foot, while premium metallic finishes run $10-12 per square foot. This premium over epoxy ($4-8 per square foot) is justified by faster cure times, longer lifespan, and superior performance in harsh climates. Revolution Epoxy provides free on-site quotes with transparent pricing and no hidden fees, breaking down every cost factor so you know exactly what you're paying for before work begins.

Can I apply polyaspartic coating myself with a big-box kit?

DIY polyaspartic kits from retail stores typically contain 30-50% solids formulations diluted with solvents, compared to professional-grade 100% solids systems that deliver twice the coating thickness. These kits also require perfect surface preparation—diamond grinding to open concrete pores and moisture testing to prevent delamination—that most homeowners lack equipment to perform. Without proper prep, coatings delaminate within 6-18 months regardless of how carefully you follow application instructions. Revolution Epoxy uses commercial equipment and materials engineered for Northwoods conditions, backed by warranty coverage DIY projects can't match. The cost difference between failed DIY attempts and professional installation makes hiring experts the smarter investment.

How long before I can park my car on a new polyaspartic floor?

Polyaspartic coatings cure faster than any other garage floor system. You can walk on the surface after 8-12 hours and park vehicles after 24 hours—a dramatic improvement over traditional epoxy's 72+ hour minimum cure time. This rapid cross-linking means Revolution Epoxy can complete most garage installations in 1-2 days, and you regain full use of your space the next day. That matters when you can't lose garage access for a week, especially during Wisconsin, Michigan, and Minnesota winters when you need vehicle protection from the elements. Temperature and humidity affect cure speed slightly, but even in cooler conditions, polyaspartic reaches full hardness faster than epoxy in warm conditions.

Will polyaspartic coating yellow or fade over time?

No. Polyaspartic's aliphatic chemical structure provides exceptional UV stability, preventing the amber yellowing that plagues traditional epoxy coatings exposed to sunlight. This matters in the Northwoods, where UV rays reflect intensely off snow and ice, accelerating degradation in UV-sensitive coatings. Even in south-facing garages with large windows or doors left open in summer, polyaspartic maintains its original color for 15+ years. Revolution Epoxy uses 100% solids polyaspartic topcoats on all systems—vinyl flake, metallic, and solid color—to guarantee long-term clarity and color retention. You'll see the same showroom appearance a decade from now that you see on installation day.

Does polyaspartic coating work in unheated garages?

Yes, when professionally installed with climate-appropriate materials and techniques. Polyaspartic performs well in unheated Wisconsin, Michigan, and Minnesota garages because it remains flexible at temperatures as low as -40°F, unlike epoxy which becomes brittle below 20°F and cracks under thermal stress. However, installation requires substrate temperatures above 25°F during application, and high-moisture concrete may need specialty primers to prevent delamination. Revolution Epoxy adjusts primer systems and installation protocols for cold-weather applications, conducting moisture testing to determine whether your slab requires moisture-mitigating epoxy before polyaspartic coating. Our crews install year-round across the Northwoods with techniques proven in the harshest winter conditions.

How do I find a qualified polyaspartic installer near me?

Look for installers who use commercial-grade 100% solids polyaspartic formulations (not diluted retail products), own professional surface prep equipment like diamond grinders or shot blasters, conduct moisture testing on every project, and provide documented cold-weather installation experience in your region. Ask to see completed projects nearby and verify warranty terms of 10+ years covering delamination, cracking, and color stability. Check that they adjust primer systems for local humidity and concrete conditions rather than using one-size-fits-all approaches. Revolution Epoxy serves Wisconsin, Michigan, and Minnesota with materials engineered specifically for harsh Northwoods winters, professional equipment that ensures proper surface preparation, and transparent pricing backed by a satisfaction guarantee. Explore Revolution Epoxy's finish options and schedule a free on-site consultation to see the quality difference firsthand.