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, highly chemical resistant novolac epoxy grout for machinery and pump baseplates, process equipment, and secondary containment where concentrated acids, alkalis, corrosives, or solvents can occur. Patented DL Technology aggregate cuts the dust released while mixing and handling. Ultra-low creep and high compressive strength keep equipment aligned in those chemical rooms.
| Property | Value |
|---|---|
| Manufacturer | Euclid Chemical |
| Product | E3-HCR |
| Type | Highly chemical-resistant novolac epoxy grout |
| Yield | 1.43 ft³ kit (5 aggregate bags) |
| Working time | 34 minutes at 73°F |
| Thickness per lift | 1 to 6 in |
| Effective bearing area | > 90% |
| Compressive strength | 15,000 psi at 1 day; 19,500 psi at 28 days |
| Bond strength | 3,350 psi at 28 days |
| Peak exotherm | 155°F at 125 minutes |
| Packaging | 1.43 ft³ kit |
| Shelf life | 1 year unopened |
Product documents: E3-HCR Technical Data Sheet
When should I use Euclid E3-HCR?
Use Euclid E3-HCR for industrial grouting in aggressive chemical environments where concentrated acids, alkalis, corrosives, or solvents can occur. Euclid lists machinery and pump baseplates, process equipment, and secondary containment.
What type of epoxy is Euclid E3-HCR?
Euclid publishes Euclid E3-HCR as a three-component novolac epoxy grout.
What chemical exposures is Euclid E3-HCR designed for?
Euclid publishes Euclid E3-HCR for concentrated acids, alkalis, corrosives, or solvents. The TDS rates sulfuric acid 98% as long-term (30 days). Acetic acid 25% and 50% are not recommended.
What effective bearing area does Euclid E3-HCR achieve against a baseplate?
Euclid rates Euclid E3-HCR at greater than 90% effective bearing area, meaning the grout contacts the plate instead of leaving voids.
How thick can Euclid E3-HCR be placed in one lift?
Euclid publishes a 1 in minimum and 6 in maximum per lift for Euclid E3-HCR in a large mass.
What compressive strength does Euclid E3-HCR reach?
Euclid publishes 15,000 psi at 1 day and 19,500 psi at 28 days at 73°F.
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