CYMEL® 327-70 resin by allnex is the diluted resin of CYMEL® 327 resin by butyl cellosolve to 70% solid. The resin chemical structure of CYMEL® 327-70 resin is completely same to CYMEL® 327 resin... view more

CYMEL® 350 resin by allnex is a highly methylated, monomeric melamine resin recommended for use in both water-borne and solvent-borne systems. It is a very efficient cross-linking agent and is... view more

CYMEL® 370 resin by allnex is a partially methylated melamine crosslinker supplied in iso-butanol. It shows very good compatibility with acrylic-, alkyd-, epoxy- and polyester- resins. Like other... view more

CYMEL® 3745 by allnex is a highly methylated melamine crosslinker. It is designed for use in both solvent-borne and water-borne industrial finishes. It offers excellent deformation & film... view more

CYMEL® 380 by allnex is a partially methylated melamine crosslinker supplied in iso-butanol. Like other high imino resins, it is fast reacting and has a high tendency to self-condense resulting in... view more

CYMEL® 5010 resin by allnex is a partially n-butylated benzoguanamine resin-based crosslinker supplied in a mixture of n-butanol and xylene. It is designed for solvent-based coatings. Like other... view more

CYMEL® 651 resin by allnex is a partially n-butylated melamine-based crosslinker supplied at 60% solids in a mixture of n-butanol and xylene. It contains a non-silicone flow additive. This additive... view more

CYMEL® 651E resin by allnex is a partially n-butylated melamine-based crosslinker supplied at 60% solids in a mixture of n-butanol and xylene. It is used in general industrial baking applications... view more

CYMEL® 659 resin by allnex is a partially n-butylated benzoguanamine resin-based crosslinker supplied in n-butanol. Like other benzoguanamine resins, this product imparts excellent adhesion and... view more

CYMEL® 659E resin by allnex is a partially n-butylated benzoguanamine resin-based crosslinker supplied in n-butanol. It contains a combination of butoxymethyl, methylol and imino functionalities. It... view more

CYMEL® 683 resin by allnex is a partially n-butylated melamine-based crosslinker supplied in a mixture of n-butanol and xylene. It possesses very good outdoor durability and mar resistance combined... view more

CYMEL® 683E resin by allnex is a partially n-butylated melamine-based crosslinker supplied in a mixture of n-butanol and xylene. It possesses very good outdoor durability and mar resistance combined... view more

CYMEL® 701 resin by allnex is methylated high imino melamine-formaldehyde-based crosslinker. It possesses good aromatic hydrocarbon tolerance, very fast cure response and water dilutability. The... view more

CYMEL® MB-94 by allnex is n-butylated melamine crosslinker with a high degree of alkylation and very low free formaldehyde. It is designed for use in combination with urea resins for acid curing... view more

CYMEL® U-1052-8 resin by allnex is n-butylated urea-formaldehyde, cross-linking agent supplied in a mixture of n-butanol and xylene. It has excellent compatibility with epoxy, acrylic-, alkyd- and... view more

CYMEL® U-216-8 resin by allnex is a partially n-butylated urea, cross-linking agent supplied in a mixture of n-butanol and xylene. It displays good compatibility with acrylic-, alkyd-, epoxy- and... view more

CYMEL® U-227-8 resin by allnex is a general-purpose, partially n-butylated urea crosslinker with a medium degree of alkylation. It possesses medium methylol content, rather low imino functionality... view more

CYMEL® U-662 by allnex is a partially iso-butylated urea-formaldehyde cross-linking agent with a medium degree of alkylation. It exhibits fast drying, very good block resistance and low formaldehyde... view more

CYMEL® UI-19-I resin by allnex is a partially iso-butylated urea resin crosslinker supplied in iso-butanol. CYMEL® UI-19-I resin possesses good early handling properties. It shows medium... view more

CYMEL® UI-19-IE by allnex is a partially iso-butylated urea crosslinker supplied in isobutanol and ethanol. The very fast drying properties combined with very good stackability properties makes it... view more