Foam Blast® 338 by DyStar is a cost effective, synthetic polyol-based, non-silicone, non-mineral oil, 100% active defoamer. It is recommended for waterborne polymer systems in inks and industrial... view more

Foam Blast® 349 by DyStar is a 100% active, highly dispersible, silicone- & mineral oil-free defoamer. It is a proprietary blend of organic components. It is highly effective at relatively low use... view more

Foam Blast® 381 by DyStar is an efficient, silicone-free, mineral oil-based, general purpose foam control agent. It is suitable for both hot and cold systems. It can prevent foam in systems that... view more

Foam Blast® 383 by DyStar is an efficient and effective foam control agent. It consists of highly refined mineral oils and inorganic particulates. It can be easily incorporated into most paint media... view more

Foam Blast® 384E by DyStar is an effective, water-dispersible, non-ionic defoamer. It is composed of highly refined mineral oil, silica derivatives and organic particles. It is self-emulsifiable... view more

NUOSPERSE® FX 631 by Elementis is a general purpose, sodium salt of a hydrophobic copolymer-based pigment dispersant. It offers ease of use, superior color properties and storage stability. It exhibits... view more

NUOSPERSE® FX 665 by Elementis is an ammonium salt of a hydrophobic copolymer-based pigment dispersant. It provides outstanding water resistance, corrosion resistance, excellent wet adhesion and early... view more

RHEOLATE® 125 by Elementis is a cost-effective rheological additive with high thickening efficiency in the low to medium-shear-rate range. It is an alkali swellable emulsion based on an acrylic... view more

RHEOLATE® 135 by Elementis is an APE-free, newtonian HASE thickener for latex paints and WB systems. It demonstrates both chain entanglement and associative thickening mechanisms with an excellent... view more

RHEOLATE® 208 by Elementis is 100% solids, polyether urea polyurethane-based associative rheology modifier. It is designed for use in paints containing small-particle size latex emulsions and in... view more