Cardolite® NX-2003 is a low viscosity, solvent and benzyl alcohol free phenalkamine epoxy curing agent. It has excellent rapid cure properties, even at low temperature cure, offers very good... view more

Cardolite® NX-2003D is a low viscosity, solvent and benzyl alcohol free phenalkamine epoxy curing agent. It has excellent rapid cure properties, even at low temperatures, offers very good chemical... view more

Cardolite® NX-2007 is a very low viscosity, light color phenalkamine epoxy curing agent that contains benzyl alcohol. It is specifically designed to be used for light color adhesives application and... view more

Cardolite® NX-2009 is a very low viscosity, light color phenalkamine epoxy curing agent that contains benzyl alcohol. It is specifically designed for improved color stability. Cardolite® NX-2009... view more

Cardolite® NX-4943 is a phenalkamine epoxy curing agent that has low viscosity, faster cure at low temperature, i.e. 0°C. It offers very good chemical resistance, high Tg, and provides excellent... view more

Cardolite® NX-5454 is phenalkamine epoxy curing agent by Cardolite that has faster cure at low temperature, i.e. 0°C. Utilized as a solvent-free hardener for epoxy adhesives and as a co-curing agent... view more

Cardolite® NX-5567 is phenalkamine Epoxy curing agent that has very low viscosity, faster cure at low temperature, i.e. 0°C and excellent mechanical strengths. It offers high Tg, greater than 110?C... view more

Cardolite® NX-5607 is phenalkamine epoxy curing agent that has favorable labeling, faster cure at low temperature, i.e. 0°C. Utilized as a solvent free hardener for epoxy adhesives and as a... view more

Cardolite® NX-5608 is a phenalkamine epoxy curing agent that has favorable labeling, faster cure at low temperature, i.e. 0°C. Utilized as a solvent free hardener for epoxy adhesives and as a... view more

Cardolite® NX-8101 by Cardolite is a water-borne epoxy curing agent that has faster cure at room temperature and low temperature. It has demonstrated outstanding adhesion to concretes and metals... view more

Cardolite® NX-8401 by Cardolite is a water-borne epoxy curing emulsion that has low viscosity and longer pot life. It has demonstrated outstanding adhesion to concretes and metals, excellent... view more

Cardolite® NX-9001 by Cardolite is polyether polyol based on cashew nutshell liquid technology. It offers excellent water resistance resulting in reduced moisture sensitivity and good hydrolytic... view more

Cardolite® NX-9001LV by Cardolite is a low viscosity polyether polyol grade based on cashew nutshell liquid technology. It offers excellent water resistance (resulting in reduced moisture... view more

Cardolite® NX-9005 is a non-CNSL branched polyol by Cardolite. It offers excellent water resistance, high tensile strength and flexibility. Exhibits excellent bond strength on various substrates... view more

Cardolite® NX-9007 is a cashew nutshell liquid based branched polyol by Cardolite. It offers excellent water resistance, high tensile strength and flexibility. Exhibits excellent bond strength on... view more

Cardolite® NX-9008 by Cardolite is a multifunctional polyether polyol based on cashew nutshell liquid technology. Offers high glass transition temperature of close to 100°C and provides excellent... view more

Cardolite® NX-9011 by Cardolite is a low viscosity non-CNSL branched polyol. It offers high tensile strength and flexibility. Exhibits excellent bond strength on various substrates including steel... view more

Cardolite® NX-9014 by Cardolite is a low viscosity polyol with improved color stability. It offers excellent water resistance, improved QUV resistance, high tensile strength and excellent bond... view more

Cardolite® NX-9018 by Cardolite is a vegetable-based polyether and polyester polyol. Offers low viscosity, high crosslinking density, high tensile strength, glass transition temperature and good... view more

Cardolite® NX-9201 is a low viscosity di-functional CNSL polyester diol by Cardolite. It offers excellent moisture resistance and hydrolytic stability in aqueous solutions. Its reactivity with... view more