Bentone® SD-2 by Elementis acts as a rheological additive for paints containing moderate to high polarity solvents such as ketones, esters, glycol ethers and ether esters and alcohols. It is an organic... 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

NUOSPERSE® 2006 by Elementis is organic solvent-free, anionic, surface active compound. Acts as a wetting agent in aqueous as well as organic solvent borne systems. It is highly effective multi-purpose... view more

NUOSPERSE® FA 196 by Elementis is an anionic, highly concentrated liquid pigment dispersing agent for carbon black and organic pigment. It is suitable for thermoplastic acrylic systems and as an auxiliary... view more

Slip-ayd® FS 444 by Elementis is a liquid additive for increasing surface slip and mar resistance of water based and polaric solvent based paints. It is recommended for use in car finishes, wood... 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® 6 by Honeywell is a low density polyethylene (LDPE) homopolymer. Designed for solvent-borne coatings, heatset and liquid solvent-borne inks. Used to improve surface properties such as rub, mar... view more

A-C® 629 by Honeywell is a low density oxidized polyethylene (LDOxPE) homopolymer. Used in solvent-borne coatings as a rheological aid, and inks. It lowers the coefficient of friction. A-C® 629... view more

A-C® 645P by Honeywell is a low density oxidized ethylene-vinyl acetate copolymer. Designed for use in solvent borne coatings. It has a high level of functionality which makes it a highly efficient... view more

A-C® 656 by Honeywell is a low density oxidized polyethylene (LDOxPE) homopolymer. Used in solvent-borne coatings as a rheological aid. It has a low hardness which makes it optimum for pourable or... view more