3,3',4,4'-Benzophenonetetracarboxylic dianhydride by Evonik acts as a crosslinker. Suggested for polymerization reactions. Compatible with polyimide and epoxy resins. 3,3',4,4'-Benzophenonetetracarboxylic dianhydride complies with REACH regulation... view more

5-Hexen-1-ol by Evonik acts as a crosslinker, modifier and polymerization agent for plastics. Suitable for polyolefins (polybutylene, PE- HDPE, LDPE and LLDPE) and polyester (co-polyester... view more

AEROSIL® R 202 by Evonik acts as a thickening and thixotropic agent of cable gels for fiber optic cables. It improves flowability of powders and enables achieving of a high tribo-charge... view more

Amicure® 101 by Evonik acts as an amine curing agent. Used in fiberglass/epoxy filament, encapsulate stator and ignition coils, passive components and general-purpose electrical devices. Offers very... view more

Amicure® CG-325G by Evonik is a latent curing agent for epoxy resins. It is a micronized grade of dicyandiamide containing 1.5% of an inert flow control additive offering inhibit clumping and... view more

AMICURE® CG-NA by Evonik acts as a latent curing agent for epoxy resins. Used in electrical laminates and solvent-based pre-preg composites. Activation temperature can be varied from 356°F to 203°F... view more

Amicure® DBU-E by Evonik is a tertiary amine salt-based cure accelerator for high performance epoxy resin systems. Possesses high glass transition temperatures and improved toughness. Exhibits long... view more

Amicure® PACM by Evonik is an unmodified cycloaliphatic amine crosslinker. Used in filament winding, laminates, casting and tooling. Offers long pot lives at moderate temperatures and very good... view more

AMICURE® UR by Evonik is a substituted urea-based accelerator by Evonik. Used in heat-cure composites and prepreg composites. Offers rapid cure and property development. Provides high glass... view more

AMICURE® UR10/30 by Evonik is a substituted urea-based accelerator for dicyandiamide cured epoxy resins. It acts as a curing agent and a modifier. It provides rapid curing, high glass transition... view more

AMICURE® UR2T by Evonik is a substituted urea-based accelerator (1,1’-(4 methy-m-phenylene)bis(3,3 dimethyl urea)]) for dicyandiamide-cured epoxy resins. Used in heat-cure composites and prepreg... view more

Amicure® UR7/10 by Evonik is 1-Phenyl 3,3 dimethyl urea-based accelerator. It combines excellent latency at ambient temperature in systems heated above its activation temperature. Possesses rapid... view more

Amicure® CG-1200G by Evonik acts as a latent curing agent for epoxy resins. It contains 1.5% of an inert flow control additive to inhibit clumping and improve handling. Fine particle size provides... view more

Ancamide® 1618 by Evonik is a low color, low viscosity curing agent and modifier. Ideal for ambient or low temperature curing of liquid epoxy resins. Designed for high gloss films, tank and... view more

Ancamide® 1638 by Evonik is a very low viscosity curing agent and modifier. Designed for use with liquid epoxy resin cured at ambient or elevated temperature. Also used as an accelerator for other... view more

Ancamide® 2050 by Evonik acts as a curing agent. It is a special polyamide adduct. Offers good corrosion resistance, high aqueous acid and skydrol resistance. Provides good cure at 50°F. Ancamide®... view more

Ancamide® 2137 by Evonik is an accelerated polyamide adduct curing agent. Is non-corrosive and possesses good resistance to blush & exudation. Ancamide® 2137 offers very good flexibility and impact... view more

Ancamide® 220 by Evonik is a curing agent based on polyamide. Offers good color and light stability. Provides good chemical resistance... view more

Ancamide® 220-IPA-73 by Evonik is a reactive polyamide-based curing agent. Offers good color and light stability. Provides good chemical resistance... view more

Ancamide® 220-X-70 by Evonik is a standard reactive polyamide curing agent. Offers good color and light stability. Provides good chemical resistance. Ancamide® 220-X-70 complies with FDA 21CFR... view more