Frequently Asked Questions
Straight answers to the questions Fort Wayne homeowners ask most about polyaspartic and epoxy garage floor coatings – pricing, timing, prep, durability, and more.
Pricing & Costs
5 questions
Our pricing is based on garage size. Here are typical ranges for a standard polyaspartic color flake system:
| Garage Size | Typical Range |
|---|---|
| 1-Car Garage | $2,000 – $3,000 |
| 2-Car Garage | $3,000 – $4,000 |
| 3-Car Garage | $4,000+ |
Final pricing depends on the condition of your concrete, whether moisture mitigation is needed, and the coating system you choose. We provide free on-site estimates with no obligation.
Most professional contractors price by square footage, but the final number is influenced by several factors:
- Square footage – the primary driver
- Concrete condition – cracks, spalling, or staining that require extra prep work
- Moisture levels – if the slab tests high for moisture, a blocking primer is required
- Coating system – standard color flake vs. metallic epoxy vs. solid color
- Number of coats – base coat, broadcast layer, and topcoat are standard; some systems add additional layers
Be cautious of quotes that are significantly lower than others – the most common reason is skipped prep work or thinner coating systems that won’t last.
Yes – a professionally coated garage floor is consistently cited by real estate agents as a feature that helps homes sell faster and at higher prices. It signals that the homeowner takes care of the property. In Fort Wayne’s competitive market, a finished garage stands out in listing photos and during showings.
Beyond resale, a coated floor makes the garage more functional and enjoyable to use year-round – easier to clean, resistant to staining, and more comfortable underfoot.
DIY kits from home improvement stores typically cost $150–$400 for a 2-car garage. They use water-based epoxy that is thinner, less durable, and more prone to peeling – especially in Indiana’s climate. Most DIY floors last 2–5 years before showing significant wear or delamination.
A professional polyaspartic system costs more upfront but uses 100% solids chemistry, professional-grade surface prep equipment, and materials that aren’t available at retail. The result lasts 15–20+ years and comes with a warranty. For most homeowners, the math favors professional installation when you factor in the cost of redoing a failed DIY floor.
- DIY kit (2-car garage): $150–$400 in materials, plus rental equipment for prep ($75–$150/day), plus your time (1–2 full days)
- Professional installation (2-car garage): $3,000–$4,000 fully installed, warranted, completed in one day
The gap narrows when you account for equipment rental, the risk of a failed installation requiring removal and redo, and the difference in product lifespan. Professional-grade polyaspartic uses materials that are simply not available in retail kits.
Installation & Timing
6 questions
Most residential garage floor coatings are completed in a single day. Our crew arrives in the morning, diamond grinds the surface, applies the base coat, broadcasts the color flake, and applies the polyaspartic topcoat – all in one visit. You’ll have your garage back the next morning.
You can walk on your new polyaspartic floor within 24 hours of installation. You can park a vehicle on it after 48 hours.
This is one of the biggest practical advantages polyaspartic has over traditional epoxy, which typically requires 3–7 days before vehicle traffic is safe.
Spring through fall is ideal – when temperatures are consistently above 50°F. Polyaspartic and epoxy coatings are sensitive to temperature during application; too cold and the coating won’t cure properly.
We do install year-round in Fort Wayne, but winter jobs require the garage to be heated to at least 50°F for the duration of the installation and curing period. If you’re planning ahead, booking in spring or early summer gives you the most scheduling flexibility.
Our standard system includes three layers:
- Base coat – bonds directly to the prepared concrete
- Color flake broadcast – decorative chips are scattered into the wet base coat for color and texture
- Polyaspartic topcoat – clear protective layer that provides durability, chemical resistance, and sheen
On slabs with elevated moisture, we add a moisture-blocking primer before the base coat. Metallic epoxy systems use a different layering process.
In most cases, no – not without removing the old coating first. A new coating bonds to the concrete, not to whatever is on top of it. If we apply over old paint or a failed epoxy, the new coating will only be as strong as the weakest layer underneath it.
We grind down to bare concrete on every job. If there’s an existing coating, we grind through it. This adds some time but is the only way to ensure a lasting bond.
Yes. Polyaspartic coatings are used in commercial warehouses, auto shops, and industrial facilities that see forklift and heavy equipment traffic daily. A residential car lift is well within the coating’s load capacity.
The key is that the concrete underneath must be structurally sound. The coating doesn’t add structural strength to the slab – it protects the surface. If your concrete has significant cracking or is in poor condition, we’ll discuss that during the estimate.
Surface Preparation
5 questions
The coating bonds to the concrete. If the concrete surface isn’t properly prepared – meaning it’s clean, profiled, and dry – the coating has nothing solid to grab onto. No matter how good the product is, it will eventually fail if the prep was skipped or done poorly.
Proper prep means diamond grinding the entire surface to open the concrete’s pores and remove any contaminants. This is the single biggest differentiator between a floor that lasts 3 years and one that lasts 20.
Acid etching uses muriatic acid to chemically etch the surface. It’s cheaper and faster, but it doesn’t remove oil stains, doesn’t open the concrete pores as deeply, and leaves behind residue that can interfere with adhesion. It’s a shortcut that many budget installers use.
Diamond grinding uses industrial grinding equipment to mechanically profile the concrete surface. It removes old coatings, opens the pores evenly, and creates a surface that the coating can bond to properly. It’s the professional standard and the only method we use.
The coating will eventually delaminate – meaning it peels or lifts off the concrete in sheets. This can happen within months if the prep was particularly poor, or within a few years if it was only partially done. Once delamination starts, it spreads.
Repairing a delaminated floor means removing the entire coating, grinding back to bare concrete, and starting over. It’s more expensive than doing it right the first time.
Concrete is porous, and moisture vapor moves through it constantly – even in slabs that look and feel dry. When a coating is applied over a slab with high moisture content, the vapor pressure builds underneath the coating over time and eventually pushes it off the surface. This is called hydrostatic pressure delamination.
We test every slab before we coat it. If moisture readings exceed acceptable levels, we apply a moisture-blocking primer before the base coat. This adds cost but is the difference between a floor that lasts and one that doesn’t.
You don’t need to assess this yourself – we do it during the free estimate. We look at:
- Surface contamination (oil stains, paint, previous coatings)
- Structural condition (cracks, spalling, soft spots)
- Moisture levels (measured with a moisture meter)
- Concrete hardness and porosity
If there are issues that would affect the coating’s performance, we’ll tell you upfront and explain what it takes to address them.
Product & Durability
7 questions
Polyaspartic is a second-generation coating chemistry that was developed to address the weaknesses of traditional epoxy:
- UV stability: Polyaspartic does not yellow in sunlight. Epoxy will – often within 1–2 years in a garage that gets direct sun.
- Flexibility: Polyaspartic moves with the concrete as it expands and contracts with temperature. Epoxy is more rigid and more prone to cracking over time.
- Cure time: Polyaspartic cures in hours; epoxy takes 24–72+ hours.
- Chemical resistance: Both resist oil and most chemicals, but polyaspartic handles road salt and de-icers better – important in Indiana.
We use polyaspartic as our topcoat on every installation because of these advantages.
A properly installed polyaspartic floor coating should last 15–20+ years in a residential garage under normal use. Many of our installations from the early 2010s are still in excellent condition today.
The coating itself can last decades. The limiting factor is almost always the concrete prep and moisture testing done before installation – not the product itself.
Diamond grinding uses industrial grinding equipment to mechanically profile the concrete surface. It removes old coatings, opens the pores evenly, and creates a surface that the coating can bond to properly. It’s the professional standard and the only method we use.
A smooth, glossy topcoat can be slippery when wet. We add an anti-slip additive to the topcoat on every installation at no extra charge. The color flake layer also provides natural texture that improves traction underfoot and under tires.
If you have specific slip-resistance requirements – for example, a shop where water is frequently present – let us know and we can adjust the texture level of the topcoat.
Bubbling during or shortly after installation is almost always caused by moisture in the slab or applying the coating when temperatures are too high – the coating cures too fast and traps air or vapor bubbles.
Peeling is almost always a prep issue – the surface wasn’t ground properly, there was contamination (oil, dust, old paint), or the coating was applied over a surface that wasn’t fully dry.
Both are installation failures, not product failures. A properly prepared and applied coating should not bubble or peel.
Minor chips and scratches from dropped tools or dragged objects can be spot-repaired. This is normal wear and doesn’t require redoing the entire floor.
Widespread delamination – where the coating is lifting in large areas – typically requires removing the coating and starting over, because the bond between the coating and concrete has been compromised.
If you’re unsure whether your floor needs a spot repair or a full redo, give us a call and we can assess it.
Yes – once fully cured, polyaspartic and epoxy floor coatings are non-toxic and safe for people and pets. During installation and the initial curing period (24–48 hours), the garage should be ventilated and kept clear of people and animals due to fumes from the coating materials.
After the floor is fully cured, it’s inert and safe. The smooth, non-porous surface is actually easier to clean than bare concrete and doesn’t harbor bacteria or allergens.
Yes – basements are one of our most common non-garage applications. The process is the same: grind the slab, test for moisture, and apply the coating system.
Basements often have higher moisture levels than garages, so moisture testing is especially important. If moisture is elevated, we apply a blocking primer before the base coat. We also recommend addressing any active water intrusion issues (cracks, seepage) before coating.
Design, Colors & Maintenance
4 questions
We offer a wide range of color flake blends – from classic gray and tan to charcoal, blue, brown, and custom blends. The most popular choices in Fort Wayne right now are medium gray flake and charcoal flake, which complement most home exteriors and don’t show tire marks or dust as readily.
Beyond color flake, we also offer:
- Solid color systems – clean, uniform look in any color
- Metallic epoxy – swirling, three-dimensional effect in pearl, copper, silver, and custom colors
- Gloss levels – from satin to high gloss topcoats
We bring samples to every estimate so you can see the options in your actual space.
Polyaspartic floors are very low-maintenance. For regular cleaning:
- Sweep or dust mop to remove grit and debris (abrasive particles are the main cause of surface scratches)
- Mop with a mild, pH-neutral cleaner and warm water as needed
- Clean up oil and chemical spills promptly – the coating is resistant, but prolonged exposure can stain
Avoid harsh acidic or alkaline cleaners, steel wool, and abrasive scrub pads. Do not use a pressure washer at close range on the floor surface.
No – the polyaspartic topcoat we apply is itself the sealer. It’s a fully sealed, non-porous surface when it leaves our hands. There’s nothing additional you need to apply after installation.
After many years of heavy use, some customers choose to have a fresh topcoat applied to restore the original sheen. This is much less expensive than a full reinstallation and can extend the floor’s life significantly.
The most common mistakes we see – whether from DIY attempts or low-quality contractors:
- Skipping or rushing prep – acid etching instead of grinding, or not grinding thoroughly enough
- Not testing for moisture – applying over a damp slab that will push the coating off from underneath
- Applying in the wrong conditions – too cold, too hot, or too humid
- Using thin or low-solids products – retail DIY kits are water-based and significantly thinner than professional materials
- Not allowing full cure time – driving on the floor before it’s ready
Hiring a Contractor
4 questions
These five questions will quickly separate quality contractors from budget ones:
- “Do you diamond grind or acid etch?” – Grinding is the professional standard. Acid etching is a shortcut.
- “Do you test for moisture?” – If they don’t, they’re skipping a critical step.
- “What products do you use?” – Professional-grade 100% solids polyaspartic vs. water-based retail products.
- “What does your warranty cover?” – Get it in writing. Understand what’s covered and what isn’t.
- “Can I see photos of completed jobs and speak with a reference?” – Any reputable contractor should be able to provide both.
Ask for the product name and manufacturer. A reputable contractor will tell you exactly what they’re using. You can then look up the product’s technical data sheet (TDS) online to verify the solids content, thickness, and performance specs.
Red flags include contractors who are vague about products, use generic terms like “commercial-grade epoxy” without specifics, or refuse to provide product information.
We’re happy to share the product specs for everything we use – just ask.
Look for reviews that mention:
- How the floor looks after 1, 2, or 3+ years – not just right after installation
- Whether the crew was on time, professional, and cleaned up after themselves
- How the company handled any issues that came up
- Specific details about the project (size, coating type) that suggest the review is genuine
Be cautious of companies with only recent 5-star reviews and no long-term feedback. A floor that looks great on day one isn’t the same as a floor that holds up for years.
Still Have Questions?
We’re happy to answer anything over the phone or during a free on-site estimate.
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- Pricing & Costs
- Installation & Timing
- Surface Preparation
- Product & Durability
- Design & Maintenance
- Hiring a Contractor
