Why Choose Apex?
The difference between a floor that lasts 2 years and one that lasts 20 years is in the details.
Why Epoxy Coatings?
Stronger than Bare Concrete
Many epoxy mortar/coating systems test around ~10,000 PSI, while typical concrete is often ~3,000–5,000 PSI. That’s where the “about 2–3X stronger” comes from.
Less Mess, Easier Cleaning
Epoxy creates a seamless, non-porous surface—so oil, dirt, and spills don’t soak in like raw concrete.
The Real Difference is the Bond
Strength doesn’t matter if it doesn’t stick. Proper prep + the right primer/base coat is what prevents peeling and early failure.
"A lot of epoxy systems test around ~10,000 PSI—roughly 2–3X stronger than standard concrete—but the real win is prep + bond. That’s why we don’t skip steps."
Commercial / Industrial Specs
High Compressive Strength
Commercial epoxy mortar systems commonly spec ~10,000 PSI compressive strength (ASTM C579), and some filled systems spec ~15,000 PSI or more.
Built for Abuse + Chemicals
Industrial epoxies are used because they hold up under heavy traffic, impacts, and chemical exposure better than bare slab conditions.
Excellent Adhesion
Pull-off adhesion testing for epoxy primer systems can land around ~900+ PSI in real-world test examples—often meaning the concrete fails before the coating lets go (when prepped correctly).
Our Installation Process
We keep it simple: show up prepared, do the prep right, build the system correctly, and leave you with a floor that lasts.
We start with a quick consultation to learn what you want, how you use the space, and which system makes the most sense (flake, metallic, quartz, solid color, commercial/industrial). Once we’re aligned, we schedule the install and get to work.
Prep & Repairs (the part most people rush)
This is the make-or-break step. We mechanically prep the concrete so the coating can bite and bond the right way. We also handle the details — oil spots, contamination, cracks, pits, spalls, and any repairs needed so the final finish lays clean and smooth. No prep = no longevity. We don’t skip this.
Base Coat / Primer
Next we lay the foundation. We apply the proper primer/base coat for your floor and environment to lock in adhesion and seal the concrete. This helps prevent issues like bubbles, weak bonding, and peeling over time. This step is about building the system, not just making it look good.
Build the Floor (Flake / Metallic / Quartz / Solid)
This is where the transformation actually starts. Flake: we broadcast the chips to coverage based on the look you want. Metallic: we pour and move pigments to create a custom flow. Quartz / Solid Color: we apply the system evenly for a clean, durable finish. Either way, we’re focused on consistency, clean edges, and a finish that looks intentional.
Topcoat Protection (the armor)
Once the design layer is set, we lock it in with a topcoat. This is what protects your floor from stains, scratches, tire marks, chemicals, and everyday wear. We’ll recommend the right topcoat based on where it’s going (garage vs. commercial vs. sunlight exposure), and we can add slip resistance when needed.
Cure Time (don’t rush the payoff)
The floor still needs time to harden and fully cure. We’ll tell you exactly when you can walk on it and when you can park/put heavy items back. Letting it cure properly is what gives you maximum strength and lifespan.
Apex vs. The "Other Guys"
Why our floors cost a little more upfront but save you thousands in the long run.
| Feature | Apex Coatings | DIY Kits / Cheap Contractors |
|---|---|---|
| Surface Prep | Diamond Grinding | Acid Wash (Ineffective) |
| Material Quality | Industrial 100% Solids | Water-Based / Low Solids |
| Topcoat | UV Stable Polyaspartic | Standard Epoxy (Yellows) |
| Warranty | 5-Year Warranty | 1 Year or None |
| Durability | 10+ Years | 2-3 Years |
| Hot Tire Resistance | 100% Resistant | Peels with Heat |