Euclid E3 HCR Epoxy Grout

Euclid E3 HCR is a premium-grade, three-component novolac epoxy grout formulated for structural grouting applications in highly corrosive environments. Designed specifically for use in chemical processing facilities, power plants, refineries, and wastewater treatment systems, E3 HCR delivers exceptional performance where conventional cementitious or epoxy grouts may fail. Its novolac epoxy base provides outstanding resistance to concentrated acids, alkalis, solvents, and hydrocarbons, ensuring long-term protection and mechanical stability under severe chemical exposure.

This grout incorporates Euclid’s patented DL Technology aggregate, which reduces airborne dust during handling and mixing, supporting a cleaner, safer jobsite. With ultra-high early compressive strength — reaching up to 20,000 psi after post cure — Euclid E3 HCR supports heavy machinery, baseplates, and process equipment without cracking, shifting, or degradation over time. Its excellent flow characteristics and extended working time simplify placement, especially in congested or critical areas.

Euclid E3 HCR also offers a positive effective bearing area greater than 95%, ensuring reliable load transfer between machinery and concrete foundations. Whether you’re anchoring pumps, turbines, or secondary containment structures, this epoxy grout is engineered to perform in the most demanding industrial conditions.

Euclid E3 HCR is formulated for use in environments that demand both high mechanical strength and superior chemical resistance. It performs exceptionally well in chemical processing plants, wastewater treatment facilities, and power generation stations — anywhere equipment and infrastructure are exposed to corrosive agents. This epoxy grout is ideal for grouting pump and machinery baseplates, setting equipment in secondary containment zones, and stabilizing components in manufacturing facilities where solvents, acids, or aggressive chemicals are present. Its combination of structural durability and chemical resilience makes it particularly suitable for installations where both mechanical integrity and long-term chemical protection are critical.