Epoxy Flooring

SKU
Epoxy Flooring
Industrial Epoxy Flooring from BHS is a multi-layer solution that leads to safe, sanitary, and low-maintenance floors with extraordinary flatness and longevity.

Epoxy Flooring from BHS achieves strict standards of flatness and levelness, measured in a number called F-min. (Learn more about F-min tolerance and BHS flooring here.) High F-min ratings are associated with greater productivity, as lift trucks and other heavy material handling equipment can move safely over a flat surface at higher speeds.

The epoxy top layer creates a nonslip, nonporous surface that resists damage from chemical spills and abrasions. This makes it an ideal material for industrial flooring, where it safely supports forklifts and other heavy equipment while maintaining a professional appearance.

Epoxy Flooring from BHS achieves strict standards of flatness and levelness, measured in a number called F-min. (Learn more about F-min tolerance and BHS flooring here.) High F-min ratings are associated with greater productivity, as lift trucks and other heavy material handling equipment can move safely over a flat surface at higher speeds.

Choose from two thickness levels: ¼-inch or 30 mil (0.03 inch)*.

  • BHS Epoxy Flooring 30 Mil (0.03 inch) provides superior durability for most industrial applications, and is stronger than concrete alone. The topcoat is thick enough to smooth over imperfections and prevent damage during most uses. The nonporous epoxy surface resists acids, chemicals, oils, stains, and common scrapes; it is textured for strong slip resistance.
  • BHS Epoxy Flooring ¼ Inch supports even greater loads while matching the chemical- and slip-resistance of its 30-mil counterpart. The thicker the epoxy floor, the more wear and tear it can resist. Therefore, the ¼-inch flooring option is recommended for applications that frequently handle multi-ton loads, such as forklift battery rooms, electrical material distribution, heavy manufacturing, and industrial warehousing.

All 30-mil epoxy floors consist of a bisphonol-F epoxy top layer over primer and a concrete substrate.

All ¼-inch BHS Epoxy Flooring installations include four prepared layers: from the bottom up, these include the concrete substrate, primer, a mortar base, and the bis-F epoxy topcoats. These ¼-inch epoxy floors from BHS also include a comprehensive 5-year warranty.

*Not to be confused with the millimeter (mm), the “mil” is a manufacturing-industry measurement of thickness. One mil (1 mil) equals one one-thousandth of an inch (.001 inch).

30-Mil Epoxy Flooring

  • Extremely flat and level surface boosts productivity
  • Epoxy topcoat resists chemicals, abrasions, and impact
  • Textured finish for superior slip resistance
  • Total floor thickness of 30 mil (.03”)
  • Long lifespans even in harsh industrial environments
  • Primer applied to a depth appropriate to the topcoat
  • At least two topcoats of bis-F epoxy form a textured, nonslip, nonporous surface
  • Sanitary and easy to clean
  • Maintains an attractive, professional appearance even with heavy use

¼-inch Epoxy Flooring

  • Extremely flat and level surface boosts productivity
  • Epoxy topcoat resists chemicals, abrasions, and impact
  • Textured finish for superior slip resistance
  • Total floor thickness of ¼”
  • Long lifespans even in harsh industrial environments
  • Compressive strength over 10,000 PSI
  • Substrate prepared by grinding flat within strict specifications
  • Primer applied to a depth appropriate to the topcoat
  • Mortar layer chemically bonds to primer and topcoat
  • At least two topcoats of Bis F epoxy form a textured, nonslip, nonporous surface
  • Sanitary and easy to clean
  • Maintains an attractive, professional appearance even with heavy use
  • Supports heavy loads and heavy machinery without damage
  • 5-year warranty on each installation

Video Resources

Epoxy Flooring

California Residents: WARNING: This product contains chemicals known to the State of California to cause cancer and/or reproductive harm, and birth defects or other reproductive harm. Learn more here.