EPALLOY® 7138 by Huntsman is a very low viscosity, non-crystallizing modified bisphenol-A resin. It is used in high temperature encapsulants and room curable adhesives. It provides low hydrolyzable... view more

EPALLOY® 7170 by Huntsman is a very low viscosity, non-crystallizing bisphenol-F modified bisphenol-A resin. It is used in high temperature encapsulants and room curable adhesives. It provides low... view more

EPALLOY® 8220 by Huntsman is a very low viscosity epoxy phenol novolac and Bisphenol-F resin. It provides low hydrolyzable chloride content, a high degree of reactivity and outstanding chemical... view more

EPALLOY® 8230 by Huntsman is a very low viscosity epoxy phenol novolac and Bisphenol-F resin. It combines low hydrolyzable chlorides with a high degree of reactivity and outstanding chemical... view more

EPALLOY® 8250 by Huntsman is a low viscosity epoxy phenol novolac resin. It is non-crystallizing and compatible with all standard curatives and most epoxy resin systems and solvents. EPALLOY® 8250 is used... view more

EPALLOY® 8330 by Huntsman is a epoxy phenol novolac resin exhibiting lower viscosity than competitively available commercial alternates. It is non-crystallizing and compatible with all standard curing... view more

EPALLOY® 8350 by Huntsman is epoxy phenol novolac resin exhibiting slightly higher viscosity. It is non-crystallizing and compatible with all standard curing agents and most resin systems and... view more

EPALLOY® 8370 by Huntsman is epoxy phenol novolac resin exhibiting slightly lower viscosity. It is compatible with all standard curing agents and most resin systems and solvents. It has low... view more

EPALLOY® 8370 A85 by Huntsman is epoxy phenol novolac resin (85% solids in acetone). It combines low hydrolyzable chloride content with good reactivity. It is compatible with all standard curing agents... view more

EPALLOY® 9000 by Huntsman is epoxy resin based on tris-hydroxy phenyl ethane, exhibiting very low melt viscosity. It helps to produce very hard cured compositions with high thermal and chemical... view more