Ancamine® 1767 by Evonik acts as an epoxy curing agent. It can be used in combination with polyamides or amidoamines to flexibilize systems. It is also used to accelerate other curing agents. It is... view more

Ancamine® 1768 by Evonik is a modified aliphatic amine based curing agent with low viscosity. It is used in fast-setting adhesives. It offers fast cure at ambient and low temperatures. Ancamine®... view more

ANCAMINE® 1769 by Evonik is a hydroxyalkylated polyamine based curing agent. It is suitable for potting and casting adhesives. It possesses good mechanical- and electrical properties. It provides low... view more

Ancamine® 1784 by Evonik is a room temperature, low viscosity modified aliphatic amine hardener for epoxy resins. It acts as a curing agent. It exhibits excellent color, moisture insensitivity, long... view more

ANCAMINE® 1922A by Evonik is a low viscosity, moderately reactive room temperature curing agent. Used in ambient and heat-cured structural adhesives for aerospace, automotive, electrical, and other... view more

ANCAMINE® 2014AS by Evonik is a latent curing agent based on modified polyamine. It can also be used as accelerator for dicyandiamide (DICY). It offers extremely long pot life, to cure rapidly above... view more

ANCAMINE® 2014FG by Evonik is a fine-grind, modified polyamine-based latent curing agent. It can also be used as accelerator for dicyandiamide (DICY). It offers extremely long pot life, to cure rapidly... view more

ANCAMINE® 2049 by Evonik is a curing agent-based on unmodified cycloaliphatic amine for epoxy resins. It exhibits excellent mechanical properties with elevated temperature cure and high glass... view more

Ancamine® 2071 by Evonik is a rapid setting, phenol-free, epoxy curing agent and modifier for adhesives. It also functions as an accelerator for other amine-based curing agents. Offers very fast... view more

Ancamine® 2167 by Evonik is a low-viscosity curing agent. It is used in adhesives. It exhibit some of the beneficial properties of both cycloaliphatic and aromatic amines. It offers benefits such as... view more

Ancamine® 2205 by Evonik is a phenol-free, accelerated modified aliphatic amine based curing agent. It is used in adhesives. It offers very rapid low-temperature cure and property development. Shelf... view more

ANCAMINE® 2264 by Evonik is an epoxy curing agent with both cycloaliphatic and aromatic amine. It provides increased chemical resistance and faster cure. It possesses higher glass transition... view more

ANCAMINE® 2337S by Evonik is modified aliphatic amine designed for use as a latent curing agent for epoxy resins. It is can be used as a sole curing agent or as a DICY co-cure accelerator with... view more

ANCAMINE® 2390 by Evonik is a low viscosity modified amine. It is used in civil engineering applications such as joint sealants and crack bridging. It acts as a curing agent. It provides high tear... view more

ANCAMINE® 2441 by Evonik is a modified polyamine based latent curing agent. It can also be used as an accelerator for dicyandiamide (DICY). It is used in one-component convection or induction... view more

Ancamine® 2442 by Evonik is a modified polyamine designed for use as a latent curing agent for one-component epoxy formulations. It can also be used to accelerate dicyandiamide (DICY). It provides... view more

Ancamine® 2683 by Evonik is a cycloaliphatic amine. It acts as a curing agent. It offers low viscosity and a high glass transition temperature within liquid epoxy resin systems. It shows good... view more

Ancamine® 2709 by Evonik acts as a tertiary amine based cure accelerator for dicyandiamide and anhydride cured epoxy resin systems. It offers rapid cure at elevated temperatures, low viscosity and... view more

Ancamine® 3456 by Evonik is a formulated aliphatic polyamine adduct designed for use with liquid epoxy resin at ambient temperature. It acts as a curing agent. It offers rapid and highly flexible... view more

Ancamine® 9360 by Evonik is modified aromatic amine. It acts as a curing agent. It possesses good high-temperature properties. It offers advantages such as low viscosity and low pull forces in... view more