OK
The material selection platform
Adhesives Ingredients
The material selection platform
Adhesives Ingredients
by SpecialChem
 
Save
Cette page a bien été ajoutée à vos favoris
27 products match your search
Product Name
Supplier
Description
Elementis
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
Elementis
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
Applications
Elementis
RHEOLATE® 101 by Elementis is an alkali-swellable acrylic associative thickener. It is chemically identical to the active component in RHEOLATE® 1 rheological additive. Designed for water-borne... view more
Elementis
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
Elementis
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
Elementis
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
Elementis
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
Elementis
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
Elementis
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
Elementis
Associative Thickener for Highly Shear-Thinning Viscosity Development. RHEOLATE® 266 by Elementis is a cost-effective, pH-insensitive and independent additive ideal for water-borne adhesive... view more
Applications
Elementis
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
Elementis
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
Elementis
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
Applications
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
Elementis
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
Elementis
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
RHEOLATE® 350 D by Elementis is a non-ionic, VOC-free rheological agent and associative thickener. Imparts high-shear viscosity, syneresis control as well as suspension flow and leveling. Offers... view more
Elementis
RHEOLATE® 420 is a proprietary economical, versatile, alkali-swellable thickener. Offers high shear rate viscosity, enzyme resistance and greater brush drag. Designed to fully or partially replace... view more
Elementis
RHEOLATE® 450 is a hydrophobically modified alkali swellable emulsion by Elementis. Provides superior spatter resistance, both mid-high shear rate viscosity with balanced performance for superior... view more
Elementis
RHEOLATE® 655 by Elementis is a solvent-, APE-, and tin-free polyether urea polyurethane associative thickener (HEUR). It is a low odor, pH-independent rheological additive designed for adhesive... view more
Applications
Elementis
Mid-Shear, Non-ionic Synthetic Associative Thickener (NiSAT) by Elementis. RHEOLATE® 658 is APEO-, VOC-, tin-free and environmentally friendly. It is a low viscosity, pourable and pumpable solution... view more
Elementis
RHEOLATE® 666 by Elementis is an associative rheological additive for low VOC formulations. Provides thickening efficiency primarily in the low-shear rate range (Stormer, KU) viscosity. Exhibits... view more
Applications
Elementis
RHEOLATE® 678 by Elementis is a solvent-, APE-, and tin-free polyether urea polyurethane associative thickener. It enhances the film build and provides excellent brush drag. Exhibits low odor... view more
Applications
RHEOLATE® FX 1100 by Elementis is a high efficiency thickener developed for use in aqueous adhesives. Offers improved brushability, higher film build and improved edge covering. Elasticity at low... view more
RHEOLATE® HX 6010 by Elementis is an efficient, high shear, non-ionic synthetic associative thickener. It is a 21% active solids, APEO-, VOC-, and tin-free polyurethane solution in water. Exhibits... view more
RHEOLATE® HX 6050 is a very low VOC, non-ionic synthetic associative thickener by Elementis. It is polether polyurethane solution especially efficient in VAE, VINA VEOVA, PVA latexes and styrene... view more
Channel Alerts

Receive weekly digests on hot topics

Back to Top