KEPER -210 is an acidic sodium salt compound by Kito Chemical. It acts as an anticorrosive agent. It offers good gloss and good hardness to the film, prevention of flash rust and extended life of... view more

KEPER -231 is an isothiazolinone by Kito Chemical. It acts as a bactericidal agent. It offers protection against microorganisms like bacteria, mold and saccharomyces. It is formaldehyde & phenol... view more

KEPER -335 is a turbid liquid of zinc stearate by Kito Chemical. It acts as a surface modifier. It offers excellent flow, thixotropy, improved drying property and improved sanding property. It... view more

KEPER -482 is an alkyl benzene colloid of wax with PTEF modification by Kito Chemical. It acts as a matting agent. It is recommended for solvent type matt coatings, printing inks and UV coating. It... view more

KEPER -483 is an alkyl benzene colloid of wax with PTEF modification by Kito Chemical. It acts as a matting agent. It offers good transparency, slipperiness and scratch resistance. It is recommended... view more

KEPER -524 is a quaternary ammonium salt solution by Kito Chemical. It acts as a conductive and anti-static agent. It offers good storage stability, low system resistance and no effect on the... view more

KEPER -528 is a quaternary ammonium salt solution by Kito Chemical. It acts as a conductive and anti-static agent. It is suitable for polyamide floor paints, solvent coatings & printing inks. It... view more

KEPER -541 is an oxime by Kito Chemical. It acts as an anti-skinning agent. It offers good solubility, complexation with metal dryers and excellent antioxidant properties. It avoids oxidative... view more

KEPER -550L is a butanol solution of phosphate titanate. It acts as an anticorrosive agent by Kito Chemical. It offers improved waterproof, salt spray- and acid rain resistance. It is recommended... view more

KEPER -570 is a high molecular weight polysiloxane by Kito Chemical. It acts as a hammer finish agent. It offers excellent stereoscopic impression on the film. KEPER -570 is suitable for solvent... view more

KEPERADH® -949 is a chlorinated polyolefin by Kito Chemical. It acts as an adhesion promoter flow and leveling agent for solvent-based coatings. It offers excellent flow, leveling property and easy... view more

KEPERADH® -951 is a chlorinated polypropylene by Kito Chemical. It acts as an adhesion promoter. It is recommended for PP & EPDM substrates. KEPERADH® -951 offers excellent adhesion to finishes... view more

KEPERADH® -957 is a chlorinated polyolefin by Kito Chemical. It acts as an adhesion promoter. It is suitable for PP and EPDM substrates. KEPERADH® -957 is recommended for finish coat... view more

KEPERADH® -958 is a chlorinated polyolefin by Kito Chemical. It acts as an adhesion promoter. It is compatible with PP, EPDM, cellulose nitrate, cellophane and polyester. KEPERADH® -958 is... view more

KEPERADH® -9687 is a hydroxyl containing polyester by Kito Chemical. It acts as an adhesion promoter. It offers increased baking paint adhesion to the non-ferrous metal substrate like aluminium... view more

KEPERADH® -980 is a modified chlorinated polyolefin emulsion by Kito Chemical. It acts as an adhesion promoter. It offers good sprayability and good recoating property. It is suitable for PP primer... view more

KEPERADH® -982 is a modified chlorinated polyolefin emulsion by Kito Chemical. It acts as an adhesion promoter. It is recommended for water-based coatings. It is suitable to be used for PP primer... view more

KEPERADH® -992 is a silane coupling agent with epoxy group by Kito Chemical. It is recommended for inks. It is suitable for printing inks of glass ceramic & oil printing. It offers abrasive... view more

KEPERADH® -993 is a silane coupling agent with epoxy group by Kito Chemical. It is recommended for water-based inks. It is suitable for printing inks. It offers fast hydrolysis & dispersion. It... view more

KEPERADH® -994 is a 3-glycidyl allyltrimethylsilane by Kito Chemical. It acts as a silane coupling agent. It offers high strength, improved dispersion, increased surface material appearance and easy... view more