Euclid E3-HCR is a three-component novolac epoxy grout for machinery bases and secondary containment where concentrated acids, alkalis, corrosives, or solvents are in play. DL Technology aggregate cuts mixing dust.
Euclid E3-HCR is a three-component novolac epoxy grout for machinery bases and secondary containment where concentrated acids, alkalis, corrosives, or solvents are in play. DL Technology aggregate cuts mixing dust while the cured grout holds high compressive strength, ultra-low creep, and greater than 90% effective bearing area. The kit yields approximately 1.43 cu ft for industrial chemical-service placements.
| Property | Value |
|---|---|
| Manufacturer | Euclid Chemical |
| Product | E3-HCR |
| Type | Three-component novolac epoxy grout |
| Kit yield | Approximately 1.43 cu ft |
| Min / max lift under plates | 1 in to 6 in per lift |
| Effective bearing area | >90% |
| 7-day compressive (ASTM C579) | Approximately 17,000 psi |
| Ambient placement range | 50 F to 90 F |
| MPN | 088HCR 03 |
Product documents: E3-HCR Technical Data Sheet (PDF)
What chemistry is Euclid E3-HCR?
A three-component novolac epoxy grout. The novolac resin is chosen for concentrated acids, alkalis, corrosives, and solvents that ordinary epoxy grouts do not handle as well.
What chemical service is Euclid E3-HCR built for?
Aggressive industrial exposures: concentrated acids, alkalis, corrosives, and solvents around machinery bases, process equipment, and secondary containment.
What effective bearing area does Euclid E3-HCR achieve?
Greater than 90% effective bearing area against the baseplate when placed to Euclid guidance.
What lift thickness suits Euclid E3-HCR under a plate?
Place 1 in minimum to 6 in maximum per lift under plates. Deeper work is built in lifts, not one oversized pour.
What 7-day compressive strength does Euclid E3-HCR reach?
Approximately 17,000 psi at 7 days by ASTM C579 on the published TDS table.
What dust control does Euclid E3-HCR aggregate provide?
DL Technology aggregate cuts the dust released during mixing and handling compared with ordinary epoxy aggregates.
Please complete your information below to login.