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    Coating System

    Polyaspartic Floor
    Coatings.

    Polyaspartic is the modern evolution of epoxy — it cures faster, stays UV-stable, and resists hot-tire pickup that destroys lesser coatings.

    What You Get

    We use polyaspartic as the topcoat over our epoxy and quartz systems, locking in flakes or pigments under a crystal-clear, chemical-resistant shell that won't yellow in direct sun.

    Features
    • Rapid cure — back in service fast
    • 100% UV stable, never yellows
    • Hot-tire pickup resistant
    • Crystal-clear high-gloss finish
    • Superior chemical resistance

    Best For

    • • Garages
    • • Showrooms
    • • Outdoor patios
    • • Driveways
    • • Commercial entries
    Free Quote (951) 390-1238

    How the System Is Built

    The actual layers and materials — and why each one matters for the finished floor.

    1. 1
      Diamond-ground or profiled substrate

      Polyaspartic is almost always the topcoat layer in a multi-component system. The slab below it is profiled by diamond grinding so the full buildup bonds correctly.

    2. 2
      Epoxy base (typical)

      In most installs polyaspartic sits on top of a pigmented epoxy base or a flake/metallic broadcast. The base does the heavy bonding and color work; the polyaspartic protects it.

    3. 3
      First polyaspartic coat

      A clear polyaspartic coat penetrates the base, locks any broadcast media, and starts building the wear surface. Cures in 1-2 hours.

    4. 4
      Second polyaspartic coat (or anti-slip topcoat)

      A second clear coat — or a coat with anti-slip additive blended in — builds final thickness and creates the high-gloss, hot-tire-resistant wear layer.

    Benefits

    What this system actually delivers in daily use.

    • 100% UV stability — will not yellow, chalk, or fade in direct Texas sun
    • Hot-tire pickup resistance that generic epoxy and roll-on kits cannot match
    • Cure time measured in hours, not days — most floors back in service same day
    • Superior chemical resistance to oil, gasoline, brake fluid, and household chemicals
    • Crystal-clear optical quality preserves the depth of metallic and flake layers
    • Wider working temperature range than standard epoxy — installable in cold weather

    Our Process for Polyaspartic Floor Coatings

    Step-by-step from consultation through return-to-service.

    1. 1
      Substrate prep

      Diamond grind to CSP-2/3, crack repair, joint detail.

    2. 2
      Base or broadcast coat

      Pigmented epoxy base, or flake/metallic broadcast — depending on the finished look.

    3. 3
      First polyaspartic coat

      Rolled or squeegeed in a tight working window. The fast cure is a benefit but it demands experience to install correctly.

    4. 4
      Second polyaspartic coat

      Final wear layer, optionally with anti-slip additive. Foot traffic same day, vehicles 24 hours later.

    What to Expect

    Polyaspartic is what makes the difference between a coating that lasts a season and one that lasts decades. The DFW-specific value is enormous: cheap urethane topcoats yellow and chalk under Texas UV within a couple of summers, and roll-on epoxy kits delaminate from hot tires after one summer in an uninsulated garage. Polyaspartic solves both. Expect 15-20+ years of service life as a topcoat over a properly installed base system, with cleaning that's the same as for the underlying floor — sweep and damp mop. The one thing polyaspartic doesn't fix is bad prep; if the base bond is wrong, the topcoat can't save it.

    Wondering when polyaspartic is worth it over straight epoxy? Compare epoxy vs polyaspartic.

    FAQ

    Common Questions

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