Alkyl acid phosphate. It acts as a catalyst. It is a weak acid catalyst recommended for use with high -NH/polymeric melamines and phenolic crosslinkers. It possess good package stability, broad... view more

Amine blocked sulfonic acid catalyst. Is diluted with water for easier incorporation into aqueous systems. Used in general industrial and wood coatings... view more

Metal complex catalyst for crosslinking of epoxy/carboxylic functional resins. Offers improved adhesion and corrosion resistance. Provides better water resistance and non yellowing. Exhibits... view more

Lewis acid catalyst that is stable in the presence of water. Is a salt of a strong acid and can catalyze the reaction of epoxy resins, ring opening of cyclic ether groups and polymerization of... view more

Diethylamine salt of trifluoromethanesulfonic acid. Offers thermal initiation and very good stability. Acts as a catalyst. Used for cationic heat cure of inks and coatings. Also recommended for... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Acid phosphate. It acts as a catalyst supplied at 75% active in n-butanol. It is recommended for use with high imino or partially alkylated type melamine crosslinkers. It has rapid cure response... view more

It acts as organometallic catalyst for accelerating epoxy/carboxy reactions. It provides lower temperature cure, excellent yellowing resistance and with good storage stability in one component... view more

It acts as organometallic catalyst for accelerating epoxy/carboxy reactions. It provides lower temperature cure, excellent yellowing resistance and with good storage stability in one component... view more

It acts as a blocked acid catalyst. It is especially effective on aluminium substrates and supplies excellent processing resistance to water and acidic liquids. It can also provide good wet adhesion... view more

Based on proprietary acids. Acts as an adhesion promoter. Improves the adhesion of melamine crosslinked systems to metal, especially on aluminum substrates, and adhesion of thermoplastic and ambient... view more

Based on an alkylaromatic sulfonic acid. Acts as a latent blocked catalyst. Offers improved stability in amino crosslinked primers that employ basic or ion exchange type anti-corrosive pigments... view more

A novel catalyst. Provides excellent humidity-, overbake-, salt spray- and UV resistance. Is resistant to wrinkling under high bake temperatures and can be easily incorporated as supplied or... view more

Nacure® XC-320 by King Industries acts as a novel catalyst. Exhibits excellent humidity-, salt spray-, overbake- and QUV resistance. It reduces the cure temperature of amino crosslinked systems... view more

Metal complex catalyst for crosslinking of epoxy/carboxylic functional resins. Offers improved adhesion and corrosion resistance. Provides better water resistance and non yellowing. Exhibits... view more

Amine neutralized acid phosphate catalyst. Offers very good cure response and viscosity stability. Recommended for aqueous coating systems that use high – NH/polymeric melamines... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Blocked acid catalyst. Used in thermoset high solids and waterborne coatings based upon low molecular weight resins (acrylics, alkyds, epoxies and polyesters) and amino-formaldehyde crosslinkers... view more

Hydrophobic acid catalyst based on dinonylnaphthalene sulfonic acid. Offers maximum water resistance and low conductivity. Exhibits very good resistance to overbake. Possesses less interaction with... view more