Mixture of cobalt, calcium, zinc, zirconium carboxylates in white-spirit. Acts as a combination drier. Offers high reactivity and requires only a low dosage. Provides homogeneous- and even drying... view more

Cobalt, calcium and zirconium carboxylates in mixture dissolved in white-spirit less than 1% aromatics. Acts as a combination drier. The synergy between the different metals ensures uniform drying... view more

Cobalt, calcium and zirconium carboxylates in mixture dissolved in white-spirit containing less than 1% aromatics. Acts as a combination drier. The synergy between the different metals ensures... view more

Cobalt, barium and zirconium carboxylates in mixture dissolved in white-spirit containing less than 2% aromatics. Acts as a combination drier. It is of low-viscosity and easy to use. Cobalt effects... view more

Cobalt, calcium and zirconium carboxylates in mixture dissolved in white-spirit containing less than 1% aromatics. Acts as a combination drier. The composition yields an ideal synergy between the... view more

Cobalt and zirconium carboxylates in mixture dissolved in white-spirit containing less than 2% aromatics. Acts as a combination drier. It is of low-viscosity, readily meterable and lead-free. Cobalt... view more

Barium. Offers good pigment wetting properties. Improves gloss and prevents adsorption... view more

Cobalt bis(2-ethylhexanoate) (50-70%). Acts as a primary drier. Exhibits catalysis of redox reactions and even small additions result in the dissociation of autoxidant hydroperoxides up to a change... view more

Cobalt bis(2-ethylhexanoate) (50-70%). Acts as a primary drier. Exhibits catalysis of redox reactions and even small additions result in the dissociation of autoxidant hydroperoxides up to a change... view more

Cobalt is the most important drier metal. It results in rapid surface drying and, in combination with lead, in more uniform through-drying of the paint film. Catalyzes redox reactions and even... view more

Cobalt salt of octoates or their isomers. Used as a drier in all oxidative systems, whether air-or force-drying such as architectural paints, industrial coatings, stains, varnishes, oil-based inks... view more