Butyl Glycol Acetate by BASF is ethylene glycol monobutyl ether acetate/ acetic acid-2-butoxyethyl ester/ 2-butoxyethyl acetate. Acts as a low volatility solvent for paints and printing inks... view more

Efka® 7250 by BASF is a silicone-based defoaming agent for solvent-based printing inks. It prevents entrapment of air during processing steps such as dispersion & pumping. Efka® 7250 is mainly... view more

Efka® 7280 by BASF is a silicone-based defoaming agent. It prevents entrapment of air during processing steps such as dispersion & pumping. It is used in flexographic and screen printing inks... view more

Organically modified siloxane. Prevents entrapment of air during processing steps such as dispersion & pumping. USed in water-based primers, printing inks and over-print varnishes... view more

Efka® 7381 by BASF is a silicone-free fluorocarbon-modified polymer. Acts as a flow and leveling agent. Reduces surface tension at substrate interface and at internal interfaces. Used in water-based... view more

Efka® 7422 by BASF is acrylic copolymer. Improves colour strength, lowers viscosity and increases gloss. Enhances rheological properties. Efka® 7422 is used in water-based pigment bases and... view more

Acrylic copolymer. Improves colour strength, lowers viscosity and increases gloss. Used in water-based pigment bases and printing inks for flexographic application... 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

Efka® FA 4600 (old name: Texaphor® Special) by BASF is a highly concentrated solution of surface-active anionic compounds. Acts as a wetting agent, dispersing agent and anti-settling agent. Prevents... 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® 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

Emulsion of a carboxylated acrylic copolymer in water. Used as an effective binder in water-based flexographic inks for corrugated boxes and kraft paper. Provides good pigment wetting properties... view more

Aqueous emulsion based on a styrene acrylic copolymer. Used as an effective let-down resin in water-based flexographic inks for printing on paper/corrugated paper substrates. Suits particularly for... view more

Self crosslinking aqueous emulsion based on a styrene acrylic copolymer. Used as an effective binder in water-based flexographic inks with very good adhesion characteristics on various plastic... view more

Monoethanolamine (MEA) salt of a carboxylated acrylic copolymer. Used as an effective binder in water-based flexographic inks for corrugated boxes and kraft paper. Provides very good machine... view more

High gloss, hard film forming acrylic emulsion. It is freeze-thaw stable and offers excellent transfer & printability. Used in inks for paper & paperboard applications, overprint varnishes gravure... view more