Epoxy flooring, asked and answered.

Every floor is priced individually. Square footage, concrete condition, and the system you pick all change the number, so a flat rate would either overcharge you or shortcut the job. Send the form or call and we reply the same day. After a walkthrough you get one written all-in number: prep, materials, labor and warranty, no hidden costs.

Most residential garages and basements take two days on site. Bigger jobs or spaces you can’t fully empty get phased, so life keeps moving while each section cures.

Light foot traffic in about 24 hours, vehicles in about 72, full chemical cure in roughly a week. Cold slows everything, so we confirm exact times for your system on install day.

No, and the difference is the prep. Kits fail because they sit on top of sealed, dusty concrete, usually with thinned product. We diamond-grind every slab first, so the 100% solids epoxy bonds into the concrete itself. That’s also why we can put a one-year warranty on it, in writing.

Usually, yes. We check the slab before quoting and spec a moisture-tolerant system when your basement needs one. The quote you get is matched to your floor, never a guess.

High-gloss epoxy can be, which is why we offer an optional non-slip additive on request, broadcast into the topcoat wherever water lands: laundry corners, kitchens, entryways. You pick the level of grip, from subtle to full traction. Outside we use polyaspartic rather than epoxy, and broadcast it the same way.

Mostly clear is the goal. A few items are never a problem for us to shift. For a basement in daily use we can coat in halves, and for that one we need you to move your things to one side, then back once that half cures.

Philadelphia and the Main Line, including Wayne, Berwyn and Malvern, plus South Jersey. On the edge? Call (267) 225-3989 and we’ll tell you straight.

A pH-neutral cleaner or mild detergent in warm water. Skip vinegar (it’s an acid, and it dulls the gloss over time), bleach, and ammonia. A dust mop or soft broom handles grit. In a garage, a hose and a squeegee do the whole job.

Welding sparks melt any resin floor, so use a welding mat. Bare jack stands or jack points under load want HDPE pads or plywood squares, and never drag them. Grit trapped under things that slide, and dragged sharp steel, can scratch. That’s the honest list, and it beats a hundred “indestructible” claims.

Where a daily driver parks hot, a parking pad reduces long-term tire staining. Cheap insurance. We mention it at handoff so it’s your call, not a surprise.

Yes. A properly bonded floor takes a light sand and a fresh clear topcoat, and the color coat underneath keeps going for another run of years. Peeling or moisture-failed floors can’t be recoated; they get removed. That’s the quiet payoff of doing prep right the first time.

For a low-traffic storage room where a short-lived finish is fine? Honestly, yes. Anywhere cars park, it wastes money: kits are about 3 mils of water-based product over acid-etch prep, against a 20 to 40+ mil professional system on a diamond-ground slab. And a failed kit floor has to come off with diamond grinding before a proper system goes down, so you pay for prep twice.

Polyaspartic has genuine strengths: it won’t yellow in sunlight and it cures fast. The trade-offs are a short working time (mistakes set fast), humidity sensitivity during application, a thinner build per coat, and higher material cost. We use it where it wins: as the topcoat over a thick 100% solids epoxy base, and on anything outdoors.

Cracks get routed open, filled rigid, and sanded flush, so they read as part of the floor instead of a scar. Control joints are different: they exist to move, so they get flexible filler, and a joint that keeps moving can eventually show a hairline through any coating. That’s physics, not workmanship, and we tell you before you sign, not after.