Ancamine® 2892 by Evonik is a modified polyamine curing agent that enables good ambient and low temperature cure when cured with diluted liquid epoxy resin. It is specifically designed for use in... view more

Ancamine® 3114 by Evonik is a low viscosity, amine functional accelerator and co-curative for epoxy resins cured with a variety of curing agents including cycloaliphatic amines, amidoamines... view more

Ancamine® 3116 by Evonik is a modified cycloaliphatic polyamine for use with liquid epoxy resin. It provides excellent surface appearance and yellowing resistance when exposed to UV light. Offers... view more

Ancamine® 3137 by Evonik is a low viscosity, modified cycloaliphatic polyamine intended for use as an ambient curing agent for liquid epoxy resin. Provides good resistance to carbamation and... view more

Ancamine® 3140 by Evonik is a nonyl phenol-free aliphatic polyamine Mannich base curing agent designed for use with liquid epoxy resin. It offers excellent moisture tolerance and high reactivity at... view more

Ancamine® 3142 by Evonik is a modified cycloaliphatic polyamine curing agent for use with liquid epoxy resin. It provides a long potlife in combination with fast cure speed. Offers high chemical... view more

Ancamine® 3213 by Evonik is a nonyl phenol free, modified cycloaliphatic polyamine designed for use as an ambient curing agent for liquid epoxy resin. Provides good resistance to carbamation and... view more

Ancamine® 3222 by Evonik is an adduct of a solid epoxy resin with ethylene diamine at 55 wt% solids in xylene/butanol/methoxy propanol (4:1:4 w/w). Acts as a curing agent. It provides high chemical... view more

Ancamine® 3225 by Evonik is a nonyl phenol-free aliphatic polyamine Mannich base curing agent designed for use with liquid epoxy resin at low temperatures down to 5°C. It offers excellent moisture... view more

Ancamine® 3314 by Evonik is a modified cycloaliphatic amine curing agent designed for use with liquid epoxy resins. Offers low viscosity, high chemical resistance, very good surface properties and... view more

Ancamine® 3336 by Evonik is a modified cycloaliphatic polyamine intended for use as an ambient curing agent for liquid epoxy resin. Provides improved flexibility. It is free of benzyl alcohol or... view more

Ancamine® 3358 by Evonik is an accelerated modified cycloaliphatic amine curing agent designed for use with liquid epoxy resin. Offers water spot resistance, good chemical resistance, low viscosity... view more

Ancamine® 3462 by Evonik is a curing agent designed for use with liquid resin. It is modified polyamine adduct best recommended for solvent free coatings, tank lining systems and epoxy mortar... view more

ANCAMINE® MCA by Evonik acts as a curing agent for use with liquid epoxy resins. It is a modified cycloaliphatic amine. It can also be used to cure solid resins in solvent-based systems. It allows... view more

EPODIL® 741 by Evonik is butyl glycidyl ether. It is a monofunctional reactive diluent used to reduce the viscosity of epoxy resin systems with a minimum loss of properties. It allows increased... view more

EPODIL® 746 by Evonik is a reactive diluent, acting as an epoxy curing agent and modifier. It is used to reduce the viscosity of epoxy resin systems. It is not only less toxic and less irritating... view more

EPODIL® 747 by Evonik is an aliphatic glycidyl ether. It is a reactive monofunctional reactive diluent. Possesses efficient viscosity reduction, low volatility, increased pot life and improves... view more

EPODIL® 748 by Evonik is a reactive monofunctional diluent. It acts as an epoxy curing agent and modifier which is used to reduce the viscosity of epoxy resin systems. It is advantageous in having... view more

EPODIL® LV5 by Evonik is a diluent, chemically inert, low viscosity adhesion promoter. It offers improved chemical- and water resistance. It exhibits low volatility and maintains a high level of... view more

SILIKOPHEN® AC 1000 by Evonik is a low viscous methoxy-functional silicone resin. It offers curing at ambient temperature by catalysis and entering of humidity via hydrolysis/condensation reaction. It... view more