Crosslinking / Curing / Vulcanizing Agents > Aziridines

Crosslinker® CX-100 by DSM is a 100% active, polyfunctional aziridine liquid cross-linker. Addition of 1-3% to water based acrylic emulsions or urethane dispersions produces a marked improvement in... view more

NeoAdd™ PAX-521 by DSM is a low-toxicity, non-genotoxic and non-mutagenic polymeric aziridine crosslinker. Improves water-, alcohol-, detergent-, chemical- and humidity resistance. It enhances... view more

NeoAdd™ PAX-523 by DSM is a non-mutagenic, low-toxicity, non-genotoxic polymeric aziridine crosslinker. Designed for water-borne adhesives. Improves water-, alcohol-, detergent-, chemical- and... view more

Aziridine. Used as a crosslinking agent for waterborne acrylics and polyurethanes. Provides faster curing, and better water and chemical resistance... view more

Witcolink® AZ-28 by Lanxess is a cross-linker for both aqueous and non-aqueous adhesives. It promotes both physical and chemical properties. Is added at levels of 1% to 3% to finished formulated... view more

Witcolink® AZ-33 by Lanxess is a cross-linker for both aqueous and non-aqueous adhesives. It promotes both physical and chemical properties. This ethylene imine based tri-functional polyaziridine is... view more

Polyaziridine Crosslinker AN-2201 by Millstone Durbax acts as a crosslinking agent for both aqueous & non-aqueous systems, especially suitable for acrylic emulsions and urethane dispersions. It is... view more

Polyaziridine Crosslinker MY-0104 by Millstone Durbax acts as a crosslinking agent for both aqueous & non-aqueous systems. It is especially suitable for acrylic emulsions and urethane dispersions... view more

PZE-1000 by PolyAziridine Global is an ethylene imine based tri-functional polyaziridine grade. Acts as a crosslinking agent. Exhibits an amine-like odor and a high level of functionality that... view more

PZP-1000 by PolyAziridine Global is propylene imine-based, tri-functional polyaziridine grade with an amine-like odor. It acts as a crosslinking agent. The aziridine end groups can react with active... view more