Tego® Dispers 652 distributed by DKSH is a wetting and dispersing additive for inorganic pigments. It is used in direct grinds of solvent-borne and radiation-curing formulations to reduce the... view more

Tego® Glide 410 distributed by DKSH is a flow/ leveling and slip additive for water-borne, radiation-curing and solvent-borne formulations. Used in wood and furniture coatings, industrial coatings... view more

Tego® Rad 2100 distributed by DKSH is a short siloxane backbone/long organic modification, highly cross-linkable radiation-curing additive. It is recommended when solubility and compatibility are... view more

Foam Blast® 20F by DyStar is zero-VOC, 100% active silicone compound designed to provide maximum foam control in UV and EB-cured inks, overprint varnishes and coating systems. It is suitable for... view more

Foam Blast® 550 by DyStar is 100% active, non-polar, synthetic polyol-based, specialized non-silicone foam control agent. It is suitable for UV/EB-cured overprint varnishes, inks, industrial coatings... view more

Calcium Phosphate CP by Heubach is a zinc-free corrosion inhibitor. It is a cost-effective, micronized calcium phosphate pigment. It is designed for protective coatings, powder coatings and UV cured... view more

HEUCOPHOS® ACP by Heubach is a zinc-free anti-corrosive pigment based on organically modified calcium orthophosphate. It is designed for wash- & shop primers, protective coatings, direct to metal... view more

HEUCOPHOS® CAPP by Heubach is a zinc-free corrosion inhibitor. It is a high-performance pigment based on calcium aluminum polyphosphate silicate hydrate. It is designed for aircraft primers, wash &... view more

HEUCOPHOS® CMP by Heubach is a zinc-free corrosion inhibitor. It is a non-hazardous metal complex based on phosphate. It possesses improved pigment structure, particle size distribution and... view more

HEUCOPHOS® SAPP by Heubach is a zinc-free corrosion inhibitor. It is a high-performance pigment based on strontium aluminum polyphosphate hydrate. It exhibits high electrochemical effectiveness due to... view more