Cardolite® Ultra LITE 2009HSF by Cardolite is a benzyl alcohol- & solvent-free, low viscosity and very light color phenalkamine-based curing agent (Gardener 1). Cardolite® Ultra LITE 2009HSF can... view more

Cardolite® Ultra LITE 2009SF is a solvent free, very low viscosity and very light color phenalkamine epoxy curing agent. It is specifically designed for improved color stability and light color... view more

Cardolite® Ultra LITE 2020 by Cardolite is a light color & low viscosity, multipurpose resin modifier. It acts as a diluent for epoxy system and a reactive diluent in polyurethanes. The long... view more

Cardolite® LITE 2513HP by Cardolite is cardanol-based, monofunctional epoxy reactive diluent. The long hydrophobic aliphatic side chain of cardanol gives this product a very low viscosity and... view more

Cardolite® LITE 2562 by Cardolite is a 65% solids, light color, low viscosity, adducted phenalkamine curing agent. It has good adhesion on wet or unprepared surfaces. It can provide outstanding... view more

Cardolite® NC-365 by Cardolite is solvent-free, combination of high and low molecular weight cashew-based liquid binder resin. Used for friction applications. Provides strength, impact resistance... view more

Cardolite® NC-541X90 by Cardolite is a 90% solids version of Cardolite’s NC-541 phenalkamine curing agent. It has excellent rapid cure properties, even at low temperatures, and provides good... view more

Cardolite® NC-556S80 by Cardolite is phenalkamine. Used as curing agent for epoxy adhesives. Provides high solid formulations, rapid cures with a workable pot life, good acceptance to poorly... view more

Cardolite® NC-556X80 by Cardolite is 80% solids, low viscosity, adducted phenalkamine curing agent. This curing agent has extremely fast cure, even at very low temperatures. Like other Cardolite... view more

Cardolite® NC-562 by Cardolite is a 65% solids, low viscosity, adducted phenalkamine curing agent. This curing agent has very fast cure even at very low temperatures. Like other Cardolite... view more

Cardolite® NX-2021 by Cardolite is a low viscosity multipurpose resin modifier, accelerator and diluent. The long hydrophobic aliphatic side chain of the cardanol molecule gives this product a very... view more

Cardolite® NX-2022 by Cardolite is a low viscosity multipurpose resin modifier, accelerator and diluent. The long hydrophobic aliphatic side chain of the cardanol molecule gives this product a very... view more

Cardolite® NX-2023 by Cardolite is a low viscosity multipurpose resin modifier, accelerator and diluent. It is suitable for high viscosity solvent or solvent-free formulations to achieve enhanced... view more

Cardolite® NX-2023D by Cardolite is a low viscosity multipurpose resin modifier, accelerator and diluent. The long hydrophobic aliphatic side chain of the cardanol molecule gives this product a very... view more

Cardolite® NX-4764 by Cardolite is low viscosity cashew nutshell resin. Used as reactive modifier. Suitable for solvent-free formulations. Offers increased flexibility while maintaining performance... view more

Cardolite® NX-4901 by Cardolite is phenalkamine. Used as curing agent for epoxy adhesives. Suitable for high solid and solvent-free formulations. Offers rapid cure with a workable pot life, good... view more

Cardolite® NX-4903 by Cardolite is 100% solids, low viscosity and solvent-free phenalkamine. Used as curing agent in epoxy adhesives. Possesses very good penetration and adhesion to damp, wet or dry... view more

Cardolite® NX-4913 by Cardolite is 100% solids, low viscosity and solvent-free phenalkamine. Used as curing agent in epoxy adhesives and sealers for concrete. Possesses very good penetration and... view more

Cardolite® NX-4956 by Cardolite is low viscosity cashew nutshell resin. Used as reactive modifier for epoxy resins in adhesives. It offers solvent-free formulations, improved cure response, reduced... view more

Cardolite® NX-8501 by Cardolite is a low viscosity, water-borne curing agent and solvent-free hardener for adhesives. Offers good weatherability properties with low yellowing upon exposure to UV... view more