In-depth technical guides on concrete preparation, polyaspartic flake systems, metallic epoxy, and commercial maintenance.
Polyaspartic and epoxy are not competing products. They are different layers of the same system. Here is what each resin actually does, where each one fails, and how to spec a garage floor that survives Oregon weather.
Same resin, completely different surface behavior. A breakdown of how flake and solid color finishes differ on wear concealment, traction, film build, and long-term appearance, plus where solid color is still the right call.
Lifespan is not a property of the product. It is a property of the installation. Surface profile, moisture testing, film thickness, topcoat chemistry, and use determine whether a coated floor lasts three years or two decades.
A sealer and a coating both go on concrete, but they solve different problems. Here is how penetrating sealers, topical sealers and epoxy systems compare, and how to choose for Oregon conditions.
Basements are the hardest place to coat concrete because moisture comes up from below. Here is how to tell if your basement slab is ready, what a vapor barrier primer does, and which finishes work best below grade.
A coated floor is easy to keep clean if you use the right products. Here is a weekly routine, how to handle oil and salt, and the common cleaners that leave a film or dull the topcoat.
A smooth, glossy coating can be slick when it is wet or oily. Here is how flake broadcast and anti-slip additives add grip, and which texture fits garages, basements, shops and commercial spaces.
There are many garage floor products, but only a few hold up to wet tires, de-icer, hot tire pickup and Oregon slab moisture. Here is how each coating type compares and the system we recommend for most garages.