Cardolite® NC-562 by Cardolite is a 65% solids, low viscosity, adducted phenalkamine curing agent designed for medium and high solids epoxy coating applications. Possesses very fast cure even at... view more

Phenalkamine. Cardolite NC-566 acts as a low viscosity, solvent-free, very fast epoxy curing agent. It exhibits excellent rapid cure properties even at low temperatures, very good chemical... view more

Phenalkamine. Cardolite NX-2003 acts as a low viscosity, solvent and benzyl alcohol free, light color phenalkamine epoxy curing agent designed for epoxy coating applications protecting metal and... view more

Phenalkamine. Cardolite NX-2003 acts as a low viscosity, solvent and benzyl alcohol free phenalkamine epoxy curing agent designed for epoxy coating applications protecting metal and concrete... view more

Phenalkamine. Cardolite NX-2007 acts as a low viscosity, solvent free epoxy curing agent suitable for coating applications. It exhibits excellent rapid cure properties even at low temperatures, good... view more

Phenalkamine. Cardolite NX-2009 acts as a low viscosity, solvent free light color epoxy curing agent suitable for coating applications. It exhibits excellent rapid cure and film properties even at... view more

Modified phenalkamine. Cardolite NX-2016 acts as 75% solids, low viscosity adducted epoxy curing agent designed for medium and high solids coating applications. It exhibits extremely fast cure, even... view more

Modified phenalkamine. Cardolite NX-2018 acts as 75% solids, low viscosity cost effective adducted epoxy curing agent designed for medium and high solids coating applications. It exhibits extremely... view more

Multipurpose resin modifier. Cardolite NX-2021 acts as a low viscosity accelerator designed for use in coatings and other applications. The long hydro-phobic aliphatic side chain of the cardanol... view more

Multipurpose resin modifier. Cardolite NX-2023 acts as a low viscosity, light color accelerator designed for use in coatings and other applications. The long hydro-phobic aliphatic side chain of the... view more

Multipurpose resin modifier. Cardolite NX-2023D acts as a low viscosity accelerator designed for use in coatings and other applications. The long hydro-phobic aliphatic side chain of the cardanol... view more

Low viscosity cashew nutshell resin. Used as a reactive modifier for 100% solids coatings. Increases flexibility while maintaining performance. Offers low volatility, very good water resistance... view more

Phenalkamine. Cardolite NX-4943 acts as a low viscosity, solvent-free epoxy curing agent designed for coating applications requiring good chemical resistance. It exhibits excellent rapid cure... view more

Cashew nutshell liquid. Used as a low viscosity reactive modifier for epoxy resins in sprayable high solids/solvent free coatings. Improves cure response. Reduces film defects at low temperatures... view more

Phenalkamine. Cardolite NX-5198 acts as a low viscosity, solvent and benzyl alcohol free epoxy curing agent designed for coating applications. It exhibits excellent rapid cure properties even at low... view more

Modified phenalkamine. Cardolite NX-5444 acts as a 80% solids, low viscosity adducted epoxy curing agent designed for high solids applications. It exhibits extremely fast cure, even at very low... view more

Modified phenalkamine. Cardolite NX-5445 acts as 78% solids, low viscosity adducted epoxy curing agent designed for high solids applications. It exhibits extremely fast cure, even at very low... view more

Cardolite® NX-5454 by Cardolite is phenalkamine, used as a low viscosity, solvent and benzyl alcohol free epoxy curing agent designed for coating applications. It exhibits excellent rapid cure... view more

Modified phenalkamine. Cardolite NX-5459 acts as 70% solids, low viscosity adducted epoxy curing agent designed for medium and high solids coating applications. It exhibits extremely fast cure, even... view more

Phenalkamine. Cardolite NX-5567 acts as a low viscosity epoxy curing agent designed for coating applications. It exhibits excellent rapid cure properties even at low temperatures, very good chemical... view more