ACRYSOL™ RM-5000 by Dow Chemical is a non-ionic urethane rheology modifier. Used in interior wall paints, industrial coatings (e.g. wood coatings, furniture coatings, metal coatings), overprint... view more

DOWSIL™ 18 Additive by Dow is a non-reactive, high-molecular-weight, polydimethyl siloxane dispersion containing no volatile solvent. Imparts slip, mar-resistance and anti-blocking properties... view more

DOWSIL™ 27 Additive by Dow is a solvent-less, non-reactive, silicone glycol surfactant with both silicone and organic characteristics. It is primarily used in reducing coefficient of friction... view more

DOWSIL™ 29 Additive by Dow is a carbinol functional silicone glycol surfactant. Acts as a wetting, flow and leveling agent. Offers mar resistance and provides gloss in solvent-based coil coating. It... view more

DOWSIL™ 33 Additive by Dow is a water-borne silicone elastomer suspension. Acts as a soft touch and matting agent with mar resistance. Provides unique surface appearance to waterborne coatings to... view more

DOWSIL™ 401LS Additive by Dow is a high performance silicone polyether copolymer. Acts as a slip control and flow/levelling agent. Provides good flow, leveling and slip with good recoatability in... view more

DOWSIL™ 402 LS Additive by Dow is a silicone polyether copolymer-based, BTX-free additive that has multi-functional benefits including improvements in flow & leveling, slip, anti-blocking, and... view more

DOWSIL™ 51 Additive by Dow is an ultra-high-molecular-weight polydimethylsiloxane dispersion. Acts as an antiblocking agent, slip and mar resistance agent. Provides water resistance in waterborne... view more

DOWSIL™ 69 Additive by Dow is APEO-free silicone emulsion. Acts as a defoaming agent. Provides highly effective and long lasting foam control. Exhibits good balance of efficiency and compatibility... view more

DOWSIL™ 8590 Additive by Dow is a silicone dispersion. Acts as a foam control agent. It shows good performance at low dosage over wide temperature range and has no impact on surface gloss. Exhibits... view more