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CrownCrete 814

CrownCrete 814 is a self-leveling, medium to heavy duty, solid colored, three component, cementitious urethane slurry designed to provide excellent resistance to abrasion, impact, and chemical attack. CrownCrete 814 is broadcast with dried silica sand and sealed with CrownCrete Skim Coat to produce a solid color finish or can be broadcasted with quartz aggregate and sealed with CrownShield® 8320, CrownPro 8020, or CrownPro 7500 topcoat for a solid color finish The system is typically installed at nominal 3/16” – 1/4” thickness.

system sheet

Description

CrownCrete 814 is a self-leveling, medium to heavy duty, solid colored, three component, cementitious urethane slurry designed to provide excellent resistance to abrasion, impact, and chemical attack. CrownCrete 814 is broadcast with dried silica sand and sealed with CrownCrete Skim Coat to produce a solid color finish or can be broadcasted with quartz aggregate and sealed with CrownShield® 8320, CrownPro 8020, or CrownPro 7500 topcoat for a solid color finish The system is typically installed at nominal 3/16” – 1/4” thickness.

System Build

  1. Primer

    810 CrownCrete Skim Coat (if necessary)

  2. Basecoat

    814 CrownCrete U 1/4″

  3. Broadcast

    Flintshot or Natural Quartz Broadcast

  4. Topcoat

    810 Pigmented CrownCrete Skim Coat

Typical Uses

Animal Holding and Housing Floors

Automotive Maintenance Floors

Commercial Bakeries and Kitchen Floors

Food and Beverage Processing Floors

Hospital and Health Care Facility Floors

Laboratories and Research Floors

Light and Medium Manufacturing Floors

Meat, Poultry, and Fish Processing Floors

Pharmaceutical and Vivarium Floors

School and University Floors

Benefits

  • Can be applied over 7-10 day partially cured concrete substrates.
  • Can be applied to concrete substrates where <99% relative humidity is measured as per ASTM F2170.
  • Substrate has tensile bond strength in excess of 218 psi.
  • Resists a very wide range of organic and inorganic acids, alkalis, amines, salts, and solvents.
  • Similar coefficient of thermal expansion to concrete allowing movement with the substrate through normal thermal cycling.
  • It will perform and retain its physical characteristic through a wide temperature range from -40° F (-40° C) up to 248° F (120° C).
  • High abrasion qualities result from its aggregate structure.
  • Minimal maintenance costs, superior life cycle cost advantage versus tile.
  • Meets the requirements of USDA for use in food plants