Octa-Soligen Cobalt 8 xylene

Cobalt salt of 2-ethylhexanic acid (octoates) or their isomers

Borchers

¸ÉÔï¼Á Drier / Siccative ´¼ËáÊ÷Ö¬ Alkyd Resins ¾Ûõ¥ Polyester ½¨Öþ/×°ÊÎ Architectural / Decorative ³£¹æ¹¤ÒµÎ¬»¤ General Industrial /Maintenance Xylene Octa-Soligen® Cobalt 14 Description Cobalt is the most important metal drier. It results in rapid surface drying and, in combination with a secondary drier such as zirconium, barium or lead, uniform through-drying of the paint film. Octa-Soligen® Cobalt driers are based on metal salts of 2-ethylhexanic acid (octoates) or their isomers. Supply form Octa-Soligen® driers are based on octoates or their isomers. We supply cobalt octoates with different metal contents in different solvents that meet the specific requirements of various applications: Products Applications Octa-Soligen® Co 7 Aqua Waterborne systems Octa-Soligen® Cobalt 1 (DiBP) Unsaturated polyesters Octa-Soligen® Cobalt 6 Unsaturated polyesters Octa-Soligen® Cobalt 6 (xylene) Unsaturated polyesters Octa-Soligen® Cobalt 8 (xylene) Unsaturated polyesters Octa-Soligen® Cobalt 10 (xylene) Unsaturated polyesters Octa-Soligen® Cobalt 12 (xylene) Unsaturated polyesters Octa-Soligen® Cobalt 6 Solventborne systems Octa-Soligen® Cobalt 8 Solventborne systems Octa-Soligen® Cobalt 9 Solventborne systems Octa-Soligen® Cobalt 10 Solventborne systems Octa-Soligen® Cobalt 11 Solventborne systems Octa-Soligen® Cobalt 12 Solventborne systems Octa-Soligen® VP 96108-Co 6 Iso. (Trial Product) Odorless coatings Octa-Soligen® VP 96106-Co 12 Iso. (Trial Product) Odorless coatings Octa-Soligen® VP 9604 (CO6HS) (Trial Product) Environmentally friendly coatings, containing no VOC or glycols Octa-Soligen® VP 97113 (CO8HS) (Trial Product) Environmentally friendly coatings, containing no VOC or glycols Octa-Soligen® VP 9615 (CO10HS) (Trial Product) Environmentally friendly coatings, containing no VOC or glycols Octa-Soligen® VP 9603 (CO12HS) (Trial Product) Environmentally friendly coatings, containing no VOC or glycols Octa-Soligen® Cobalt 6,5 (oil) Printing inks Octa-Soligen® Cobalt 8 (oil) Printing inks Octa-Soligen® Cobalt 12 (oil) Printing inks Properties Octa-Soligen® Cobalt catalyzes redox reactions and even small additions result in the dissociation of autoxidant hydroperoxides up to a change in valency from Co 2+ to Co 3+. Octa-Soligen® Cobalt thus results in rapid surface drying. A surplus of cobalt may result in defects such as wrinkling, poor through-drying and yellowing. Applications Octa-Soligen® Cobalt is used in all oxidative systems, whether air-or force-drying. It is used in architectural paints, industrial coatings, stains, varnishes, oil-based inks and artists' colors. It can also be used as an accelerator in unsaturated polyester resins, resulting in a shorter gel time. Addition In conventional alkyd formulations, the cobalt addition is between 0.03 and 0.08 %, calculated on the solid binder. In printing inks, a combination of Octa-Soligen® Cobalt and Octa-Soligen® Manganese is recommended. The amount of cobalt is between 0.03 and 0.05 %, calculated on the solid binder. In systems based on linseed oil, the combination of Octa-Soligen® Cobalt and Octa-Soligen® Cerium yields optimum drying properties. The addition of cobalt metal is 0.02 to 0.06 %, calculated on the solid binder. Octa-Soligen® Cobalt can also be combined with Octa-Soligen® Zirconium and Octa-Soligen® Calcium. This yields outstanding results in systems that are free from heavy metals. In unsaturated polyesters, the addition of cobalt is between 0.005 and 0.02 %, calculated on the solid binder. Irrespective of these guidelines, the addition should always be determined in preliminary trials. 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 small additions result in the dissociation of autoxidant hydroperoxides up to a change in valency from Co 2+ to Co 3+. A surplus of cobalt may result in defects such as wrinkling, poor through-drying and yellowing. Can be used in all oxidative systems, whether air-or force-drying, in architectural paints, industrial coatings, varnishes. Can also be used as an accelerator in unsaturated polyester resins, resulting in a shorter gel time. In conventional alkyd formulations, the cobalt addition is between 0.03 and 0.08 %, calculated on the solid binder. In systems based on linseed oil, the addition of cobalt metal is 0.02 to 0.06 %, calculated on the solid binder. In unsaturated polyesters, the addition of cobalt is between 0.005 and 0.02 %, calculated on the solid binder.