RHEOLATE® 185 by Elementis is a low to mid-shear, low viscosity, solvent- & APEO-free, acrylic thickener. This shear thinning rheological additive is a cost-effective alkali soluble associative... view more

RHEOLATE® 1 by Elementis is a rheological modifier based on proprietary acrylic emulsion. Possesses excellent pseudoplastic rheology and high mid-shear-rate viscosity. Provides anti-settling... view more

RHEOLATE® 101 by Elementis is a rheological additive with a high thickening efficiency in the medium-shear-rate range. It is an economical and versatile proprietary acrylic. It offers excellent... view more

RHEOLATE® 135 by Elementis is an APE-free, newtonian HASE thickener. It demonstrates both chain entanglement and associative thickening mechanisms with an excellent balance of application properties... view more

RHEOLATE® 150 is a cost-effective acrylic-based hydrophobic alkali-swellable emulsion (HASE) rheological modifier by Elementis. It is an easy-to-use, versatile emulsion form designed to provide... view more

RHEOLATE® 150S by Elementis is acrylic emulsion in water-based cost effective and versatile alkali swellable thickener in an easy to use emulsion form. It is APEO-free and solvent-free. It provides high... view more

RHEOLATE® 175 rheological additive by Elementis is a low viscosity, easy-to-use hydrophobically modified alkali-swellable emulsion (HASE). It is APEO (alkyl phenol ethoxylate)- and solvent- free... view more

RHEOLATE® 212 is a VOC-free, 20% solids polyether polyurethane associative thickener and flow modifier. It can be used alone with small particle size latex systems or in combination with a... view more

RHEOLATE® 212 IF by Elementis is 20% solids, VOC-free polyether polyurethane associative rheology modifier. It is free of isothiazolinone type of preservatives. It is designed for use in adhesives and... view more

RHEOLATE® 216 by Elementis is a VOC-free polyether urea polyurethane-based associative thickener. Provides highly efficient thickening at low- to medium-shear rates and shear thinning viscosity. It... view more

RHEOLATE® 244 by Elementis is a 25% solids dispersion of a polyether urea polyurethane-based associative rheology modifier. Provides efficient thickening in the high-shear range (ICI viscosity)... view more

RHEOLATE® 255 is a highly efficient associative thickener by Elementis. Exhibits excellent rheology, improves medium-shear range viscosity and enhances film build. Shows high thickening effect in... view more

RHEOLATE® 266 by Elementis is an associative thickener for highly shear-thinning viscosity development. It is a cost-effective, pH-insensitive and independent additive ideal for water-borne adhesive... view more

RHEOLATE® 278 by Elementis is an associative polyurethane-based thickener. Provides superior high-shear viscosity, excellent brush drag and enhances film build. Compatible with BENTONE® EW, BENTONE®... view more

RHEOLATE® 288 by Elementis is a cost-effective, pH-independent, highly efficient polyether polyurethane associative thickener. Provides high efficient viscosity build at low and medium shear rates... view more

RHEOLATE® 299 by Elementis is a 25% active, APEO- and tin-free polyether polyurethane-based associative thickener. It is a pH independent, highly efficient viscosity builder in the low- to mid-shear... view more

RHEOLATE® 300 D by Elementis is a polyol-based associative thickener for use in conventional latex and water reducible systems. It is an alternative to traditional urethane-based thickeners... view more

RHEOLATE® 310 by Elementis is a low-odor, VOC-free polyether polyol solution. It functions as a non-ionic associative thickener. Improves color acceptance and stability. Imparts low-shear-rate... view more

RHEOLATE® 310 D by Elementis is a low-odor, VOC-free associative thickener based on polyether polyol. Suitable for use in conventional latex and water-reducible systems. Designed to improve color... view more

RHEOLATE® 350 is a 50% active, low odor, VOC-free polyether polyol-based associative thickener by Elementis. Designed to impart high-shear viscosity in conventional latex and water-reducible... view more