Concrete Sealers

EPOXY

Epoxy 2-Part Water-Based High Gloss Epoxy Floor Coating

2-Part Water-Based High Gloss Epoxy Floor Coating

The Armor Epoxy is a high solids water based high gloss epoxy coating designed to offer superior bonding capabilities to concrete, and superior protection against damage and deterioration caused by surface abrasion.

  • Offers superior bonding capabilities, making it a great primer coat for most coatings

  • Can be used as a primer coat, or as a complete floor coating system

  • Offers superior protection against damage and deterioration caused by surface abrasion

  • Offers superior protection against damage and deterioration caused by foot traffic

  • Water based formula is low odor, and low VOC

  • UV resistant, won’t yellow

    Technical Data Sheet & Application Instructions | Material Safety Data Sheet

Epoxy 2-Part Water-Based High Gloss Epoxy Floor Coating
Epoxy 2-Part Water-Based High Gloss Epoxy Floor Coating
  • The Armor Epoxy is a great choice for a variety of interior concrete applications, including:

    • Garage floors

    • Basement floors

    • Warehouse floors

    • Shop floors

    • Machine shop floors

    • Manufacturing facility floors

    • Retail floors

    The Armor Epoxy is designed specifically for unsealed interior concrete floors. Prior to application, the floor must be properly prepped and clean so that the sealer can absorb, bond, and cure.

  • The Armor Epoxy will leave a protective high gloss surface film. When applied in clear, it will leave a transparent high gloss finish and when applied in color, will leave an opaque high gloss finish. (*note: In a liquid form the product is milky white, which will become clear during the curing process)

  • When properly applied, the Armor Epoxy can provide up to 10 years of life.

    While the Armor Epoxy is designed to out-last and out-perform similar products on the market, there are several factors that can impact actual product life including the type and severity of surface abrasion and chemical exposure.