Bengel® 988 by Elementis is a superior dispersible rheological additive for low to high polarity system of containing aliphatic solvents, aromatic solvents, ketones, esters, glycol ethers and... view more

Bentone® SD-3 by Elementis is an organic derivative of hectorite (smectite) clay-based highly efficient rheological additive. It is designed for use in coating systems with a wide range of solvent... view more

DeuRheo 201P by Elementis acts as an anti-settling agent. It is suitable for alkyd/ melamine, acrylic/ melamine, epoxy, vinyl and PU resins. It is designed for lacquer, metallic paints and... view more

NUOSPERSE® FX 600 by Elementis is multi-functional polymer, free of organic solvents. Acts as a highly effective pigment dispersing agent for use in waterborne coatings. It ensures a strong interaction... view more

RHEOLATE® 2000 by Elementis is a highly efficient, VOC-free, pourable liquid anti-settling rheology modifier for water-borne systems including water-reducible alkyd, acrylic, epoxy and urethane resin... view more

RHEOLATE® 2001 by Elementis is a fine particle size high efficiency pourable liquid anti-settling agent for use in water-reducible coating and ink systems. It is used in systems having pH higher than... view more

RHEOLATE® 420 by Elementis is an economical and versatile alkali swellable thickener in an easy-to-use emulsion form designed to fully or partially replace cellulosic thickeners in a variety of... view more

Disperse-ayd® W-22 by Elementis is a synergestic combination of anionic and nonionic surface active materials. It is highly effective in wetting and dispersing pigments in aqueous systems, and stabilizing... view more

RHEOLATE® 101 by Elementis is 100% solids, non-freezing, alkali swellable acrylic. Acts as an economical and versatile associative thickener for use in a variety of water-borne systems. Offers high... view more

RHEOLATE® 430 by Elementis is NPE-free hydrophobically modified alkali swellable thickener. Used for waterborne systems. Provides high thickening efficiency in medium shear rate range and very good... view more