Skipped Moisture Test
Coating over a damp slab traps vapor underneath, causing bubbling and delamination within months.
Moisture Check First
A calcium chloride or plastic sheet test confirms the slab is dry enough before any primer is applied.
Garage Floors
A sealed, vehicle-traffic-rated garage floor that resists oil stains, tire marks, and surface wear.
What Goes Wrong
The coating system is only as good as the decisions made before the first drop of epoxy is poured.
Coating over a damp slab traps vapor underneath, causing bubbling and delamination within months.
A calcium chloride or plastic sheet test confirms the slab is dry enough before any primer is applied.
Acid etching alone leaves a surface profile too shallow for epoxy to bond, so the coating peels under tire load.
A walk-behind grinder opens the concrete to the correct CSP profile so the base coat bonds at full strength.
Grinding over untreated oil stains embeds contamination into the profile, creating weak spots that lift later.
A chemical degreaser breaks down oil contamination first, so grinding exposes clean concrete throughout.
A standard epoxy topcoat yellows and chalks when garage doors let in direct sunlight, dulling the finish fast.
A polyaspartic topcoat is UV-stable and vehicle-traffic-rated, holding color and gloss under daily use.
Garage Floor System
Bare concrete that dusts, stains, and shows every tire mark is a prep-and-coat job, the sequence below is what makes the finish last.
Older Marietta garage slabs often have surface dusting, hairline cracks, and oil stains that need to be addressed before any coating is applied. The installer starts with a slab inspection and moisture check, Cobb County humidity levels make this step especially important, because coating over a damp slab leads to bubbling and delamination. Oil stains get a degreaser treatment before grinding so contamination is not embedded into the surface profile.
Diamond grinding opens the slab to the correct surface profile for epoxy adhesion. Crack patching follows, using a filler compatible with the coating system. A primer coat seals the prepared surface before the epoxy base coat is applied at the specified thickness. Decorative flake is broadcast into the wet base coat at this stage if selected, then excess flake is scraped back before the topcoat goes down.
A polyaspartic topcoat seals the flake layer and provides a UV-stable, vehicle-traffic-rated finish that resists yellowing and tire marks. The installer returns for a curing inspection once the floor has reached full hardness, typically 24 hours for light foot traffic and 72 hours for vehicle traffic. You receive a written record of every layer applied, the materials used, and the cure schedule at documented handover.
Why Choose Us
Every job is handled by a vetted local installer who follows a documented process from first inspection to final handover.
You get a written quote listing materials, layer thickness, and cure times before any work is scheduled.
Grinding, degreasing, and crack repair are confirmed in writing so nothing is skipped before coating starts.
The installer returns once the floor cures and hands over a written record of every layer and material used.
We connect you with independent local partners who work in Marietta and know Cobb County slab conditions.
No coating starts without a slab moisture test, a step that prevents the most common cause of early failure.
The Process
01
Tell us your garage size and slab condition, and we’ll arrange a local installer to assess and quote in writing.
02
The installer completes the moisture check, grinding, crack patching, and all coating layers on the agreed schedule.
03
Once the topcoat reaches full hardness, the installer conducts a curing inspection and provides your written handover record.
Pricing Estimates
| Job | Typical cost |
|---|---|
| Basic garage epoxy coating | $4-$7 per sq ft |
| Standard garage epoxy system | $6-$10 per sq ft |
| Decorative garage epoxy system | $8-$15 per sq ft |
Tell us about the slab and we’ll arrange a local installer to assess it and quote materials, layer thickness, and cure times in writing.