Hydropalat® WE 3477 by BASF is a highly dynamic wetting agent for aqueous coatings, printing inks, over print varnishes and related systems. It offers strong reduction in surface tension. It is... view more

Hydropalat® WE 3485 (Old Name: Hydropalat® 885) by BASF is a modified sulfocarboxylic acid ester wetting agents. It exhibits very good solubility in water and good compatibility in various polymer... view more

Hydropalat® WE 3486 (Old Name: Hydropalat® 886) by BASF is a modified dioctyl sulfosuccinate wetting agent, partly based on renewables, for high-gloss overprint varnishes. It offers enhanced substrate... view more

APEO-, solvent-free fluorinated acrylic copolymer. Acts as leveling and wetting agent. It has anti-catering properties and low foam stabilization. It maintains excellent adhesion while improving... view more

Sodium salt of modified acrylic copolymer. It is rheology Controlled (RC) emulsion. It offers excellent printability and resolubility, good adhesion to film substrates and viscosity-stable metallic... view more

Ammonium salt of modified acrylic copolymer. It is rheology controlled (RC) acrylic emulsion. It has high resistance. Recommended for printing ink applications. Complies with EPCRA 311/312 hazard... view more

Polymeric carbodiimide. Acts as a cross-linking agent. Recommended for chemical-resistant, water-based inks and overprint varnishes. Complies with EPCRA 311/312 hazard regulation... view more

Paraffin/polyethylene wax emulsion. It has characteristic odor. Recommended for printing inks, overprint varnish and functional packaging coating applications. Complies with EPCRA 311/312 hazard... view more

2-diethylaminoethanol. It acts as polyethylene wax emulsion. It has small particle size. Recommended for printing ink, overprint varnish, industrial coating and functional packaging coating... view more

Paraffin/polyethylene wax emulsion. It has characteristic odor. Recommended for printing inks, overprint varnish and functional packaging coating applications. Complies with EPCRA 311/312 hazard... view more

Low-viscosity, modified polyether acrylate. Used for making UV- and EB-curing varnishes for wood, wood products, plastics, paper and printing inks. Gives complete miscibility with most reactive... view more

Lignostab® 1198 L by BASF is a lignin stabilizer solution. It acts as a UV absorber. Lignostab® 1198 L by BASF is recommended for use in water-based system... view more

Loxanol® 842 DP 9 by BASF is very effective and pumpable additive which is based on a straight chain fatty alcohol. It prolongs the open time. It is used to prolong the open time of latex decorative... view more

Loxanol® CA 5086 by BASF is a non-volatile, medium molecular weight coalescing solvent, plasticizer and non-ionic surfactant. It is compatible with acrylic emulsion polymers, epoxies, alkyds... view more

Loxanol® CA 5120 by BASF is an APEO- & VOC-free, high performance coalescing agent and non-ionic surfactant. It is low HLB, low odor and is compatible with a variety of resin systems. It effectively... view more

Loxanol® CA 5315 by BASF is a low odor, low VOC, highly efficient coalescing agent. It is suitable for waterborne coating applications. It reduces the required temperature to form a homogeneous film... view more

Loxanol® MI 6301 (Old name: Dehygant® LFM) by BASF is nitrogenous heterocyclic compound, formaldehyde release agent. It is suitable for in-can preservative for emulsion paints, emulsions and aqueous... view more

Loxanol® OT 5840 by BASF is a coalescing agent. It is an aqueous dispersion of the oleochemical compound. It is an open-time prolonger in liquid form. It is a liquid additive supplied in the form of... view more

Loxanol® OT 5843 by BASF is an aqueous dispersion of oleochemical compound based coalescing agent. It is highly efficient open-time prolonger in paste form for resin-based plasters. Suitable for... view more

Loxanol® OT 5853 by BASF is an aqueous dispersion of oleochemical compound. It is a coalescing agent. It is highly efficient open-time prolonger. Prevents reduced cracking in resin-based plasters... view more