BECKOPOX™ E 04649 by allnex is a highly reactive, epoxy-functional resin designed as a hardener for carboxyl-functional polyester resins. Coatings based on carboxylic polyester such as CRYLCOAT® E... view more

BECKOPOX™ EH 694 by allnex is an anhydride hardener for use with solid epoxy resins, hydroxyl-functional polyesters or as an additional crosslinker for epoxy/polyester hybrid systems. It is suitable... view more

CYMEL® 1123 resin by allnex is a highly methylated/ethylated benzoguanamine resin-based cross-linking agent. It possesses excellent balance between adhesion and film flexibility, especially after... view more

CYMEL® 1130 resin by allnex is a highly methylated/n-butylated melamine crosslinker with a high degree of alkylation, low methylol content and a low imino functionality. The hydrophobic nature... view more

CYMEL® 1133 resin by allnex is a highly methylated, n-butylated melamine crosslinker with a high degree of alkylation. It has a higher butoxymethyl content and higher monomer content compared to... view more

CYMEL® 1156 resin by allnex is a highly butylated melamine resin-crosslinker. It is developed for use in water-borne, solvent-borne and organo-soluble systems. It is very hydrophobic in nature... view more

CYMEL® 1158 by allnex is n-butylated melamine-formaldehyde cross-linking agent. It possesses a medium to a high degree of alkylation, low to medium methylol content and medium to high amino... view more

CYMEL® 1161 resin by allnex is a highly monomeric, methylated/iso-butylated melamine crosslinker with a high degree of alkylation. Its high monomer content allows for the formulation of high solids... view more

CYMEL® 1168 resin by allnex is a highly monomeric, methylated/isobutylated melamine-formaldehyde cross-linking agent. It possesses high degree of alkylation, a low methylol content and low imino... view more

CYMEL® 1170 resin by allnex is a highly butylated glycoluril, crosslinker. It is designed for use in both water and organo-soluble coating systems. Its superior adhesion relative to existing... view more

CYMEL® 202 resin by allnex is a methylated/n-butylated, high imino melamine crosslinker supplied in n-butanol. Its hydrophobic nature combined with high reactivity, high solids content, and rather low... view more

CYMEL® 203 resin by allnex is methylated/n-butylated, high imino melamine crosslinker supplied in n-butanol. It has a slightly higher butoxymethyl content and higher molecular weight compared to... view more

CYMEL® 235 resin by allnex is a highly alkylated methoxymethyl butoxymethyl melamine-formaldehyde resin-based cross-linking agent. It offers good salt-spray resistance and low free formaldehyde. It... view more

CYMEL® 243-3 by allnex is a partially n-butylated melamine-formaldehyde-based crosslinking agent supplied in high flash aromatic solvent. It has good compatibility with polyester resins and is... view more

CYMEL® 247-10 by allnex is a partially n-butylated melamine-formaldehyde crosslinking agent characterized by a superior degree of compatibility with most backbone polymers, as implied by its very... view more

CYMEL® 251 resin by allnex is a novel melamine-formaldehyde cross-linking agent of the mixed ether class. It possesses a lower level of alkylation then other mixed ethers, thus improving its... view more

CYMEL® 254 resin by allnex is a highly reactive, methylated/n-butylated high imino melamine formaldehyde crosslinker. It is very effective for backbone polymer resins containing hydroxyl, amide, and... view more

CYMEL® 285-100 resin by allnex is a highly alkylated methoxy butoxy melamine-formaldehyde resin-based cross-linking agent. It possesses good salt-spray resistance, good flow & leveling properties... view more

CYMEL® 3020 by allnex is a highly alkylated, mixed ether (methyl/n-butyl) melamine crosslinker. Its hydrophobic nature combined with very good film appearance properties makes it suitable for... view more

CYMEL® 304 by allnex is a specially alkylated, high solids melamine cross-linking agent. Systems formulated with it exhibit excellent catalyzed stability and films develop excellent early hardness... view more