Acrylic copolymer. Improves colour strength, lowers viscosity and increases gloss. Enhances colour development and rheological properties of finished inks. Used in screen and gravure printing, and... view more

Block-copolymer. Improves colour strength, lowers viscosity and increases gloss. Enhances colour development and rheological properties of finished inks. Used in screen and gravure printing, and... view more

Efka® 7500 by BASF is a modified polyether-based dispersing and wetting agent. It improves dispersion or suspension stability, improves color strength, lowers viscosity, increases gloss or... view more

Efka® 7544 by BASF is a modified carboxylic ester with pigment affinic groups. It lowers viscosity and dispersion time. Efka® 7544 improves dispersion or suspension stability, color strength and... view more

Efka® 7564 by BASF is a fatty acid-based wetting agent and dispersing agent. It improves dispersion or suspension stability, color strength, lowers viscosity and increases gloss or luster... view more

Blend of selected fatty alcohol sulfates. Acts as a dispersing agent and anti-settling agent for non-aqueous paint systems. Used in oil paints and oleo-resinous varnishes... view more

Efka® FA 4654 by BASF is a high molecular weight carboxylic acid salt solution based dispersing agent. It helps to prevent interfacial tension between the hydrophilic pigments or extenders and... view more

Solution of an electro neutral salt of a polycarboxylic acid with amine derivatives dissolved in higher aromatics. Acts as a dispersing agent, grinding aid, anti-settling agent and anti-floating... view more

High molecular weight acrylic copolymer. Acts as a dispersing agent. Improves color strength, gloss, dispersion of organic pigments and rheological properties of inks. Reduces viscosity. Offers... view more

Efka® PA 4477 (Old name: Efka® 7477) by BASF is an acrylic copolymer. Improves color strength, lowers viscosity and higher gloss. Enhances color development and rheological properties. Used in... view more

Efka® PB 2001 NC (Old name: Perenol® E 1) by BASF is a silicone-free defoamer. Used for non-aqueous coatings, printing inks and especially for high viscous coatings based on 2-pack epoxy... view more

Efka® PB 2770 by BASF is a silicone-free, 100% active, polymer-based defoamer. It is an excellent deaerator in clear and pigmented UV-curable coatings & inks and OPVs. It is suitable for... view more

Efka® PX 4700 (Old name: Efka® 7700) by BASF is dispersing agent. It is acrylic block copolymer made by controlled free radical polymerization (CFRP). It is recommended for solvent-based and... view more

Efka® PX 4701 (old name: Efka® 7701) by BASF is a high molecular weight acrylic block copolymer based dispersing agent. Possesses low polydispersity index. Reduces viscosity and exhibits excellent... view more

Efka® SI 2751 by BASF is a highly efficient silicone defoamer for solvent-based coatings and inks. It provides very efficient deaeration. It is suitable for broad range of resin systems, such as... view more

Organically modified siloxane. Acts as a slip control-, wetting- and leveling- agent. Improves substrate wetting & leveling as well as block- and scuff- resistance. Used in gravure printing... view more

Organo-modified polysiloxane. Acts as a slip control agent and leveling agent. Exhibits very good substrate wetting and reduction of surface tension. Offers improved gloss, scratch resistance and... view more

FoamStar® SI 2210 NC (Old name: Dehydran® 1620) by BASF is a mixture of specially modified alcohols and a polysiloxane adduct. Non-ionic character. Acts as a defoamer for non-pigmented and... view more

FoamStar® ST 2410 (Old name: FoamStar® A10) by BASF is a defoaming molecule compounded in an enhanced mineral-oil system. It is extremely effective in low VOC coatings. It is used in acrylic and vinyl... view more

Foamaster® 111 by BASF is a non-ionic liquid broad spectrum defoamer specifically designed for water-based paints, coatings and printing inks. Offers exceptional compatibility which allows it to be... view more