Bentone® EW HV by Elementis is highly beneficiated smectite clay-based rheology additive. It provides thermostable aqueous phase viscosity control and imparts thixotropy. It enhances texturing and... view more

Bentone® GS by Elementis is highly beneficiated smectite clay-based rheology additive. It provides thermostable aqueous phase viscosity control and imparts thixotropy. It enhances texturing and... view more

Bentone® HC by Elementis is cost-effective refined hectorite clay-based rheology modifier. It provides shear-thinning viscosity and stable package rheology over a wide temperature range. It improves... view more

Bentone® HD by Elementis acts as a rheological additive for waterborne systems. It is highly beneficiated, hyperdispersible powdered hectorite (smectite) clay. It offers very good pigment suspension... view more

Bentone® MA by Elementis is purified hectorite clay-based rheological additive designed for use in waterborne coatings and other systems. It imparts thixotropy and good anti-settling properties. It... view more

A-C® 1089 by Honeywell is a high melt temperature, lower viscosity, hard polypropylene (PP) homopolymer. Acts as an excellent internal lubricant. A-C® 1089 is used in paint coatings and inks... view more

A-C® 1172 is a hard polypropylene (PP) homopolymer by Honeywell. It exhibits high melt temperature and high viscosity. A-C® 1172 is used in paints, coatings and inks... view more

A-C® 1810A by Honeywell is a very low viscosity, medium density polyethylene (PE) homopolymer. Used in solvent borne coatings, and in heat-set and liquid solvent borne inks to improve mar and rub... view more

A-C® 316A by Honeywell is a hard, high density, oxidized polyethylene homopolymer with high drop point. Used in overprint varnishes, water borne coatings and inks and polishes to improve surface... view more

A-C® 395A by Honeywell is a high-density oxidized polyethylene homopolymer. It is a hard grade with high drop point. Designed to improve surface properties including mar and abrasion resistance by... view more