DOWSIL™ 100F Additive by Dow is a fluorosilicone (1%) in diisobutyl ketone. Acts as a defoaming agent. It exhibits good surface appearance even after long-term storage. Provides efficient foam... view more

DOWSIL™ 102F Additive by Dow is a fluorosilicone (1%) in mixture of methyl ethyl ketone and n-propyl acetate. Acts as a defoaming/anti-foaming agent. Exhibits low tendency to cause craters and does... view more

DOWSIL™ 108F Additive by Dow is an alkylphenol ethoxylates (APEO)-free silicone (siloxane-based) emulsion grade. Acts as a foam control agent. Exhibits good dispersibility and low tendency to cause... view more

DOWSIL™ 11 Additive by Dow is a reactive silicone glycol surfactant with carbinol functionality. It acts as a mar-resistance, leveling, wetting, defoaming and dispersing agent in solvent based... view more

DOWSIL™ 163 Additive by Dow is a silicone antifoam compound. Acts as a defoamer. Possesses low viscosity and contains no solvents. Used in water-based and solvent-based screen printing ink... view more

DOWSIL™ 211S Additive by Dow offers slip enhancement, mar resistance and anti-blocking improvement. It is ultra-high molecular weight, low cyclic, polydimethyl silicone dispersion in water. This... 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™ 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™ 402LS Additive by Dow is a high performance silicone polyether copolymer grade. Acts as a slip control, anti-blocking and flow/levelling agent. Provides good flow, leveling and slip with... view more

DOWSIL™ 500W Additive by Dow is a low VOC, low molecular weight, organo-functional silicone polyether copolymer. Acts as a wetting agent. Designed for water-borne & radiation curable coatings, inks... view more

DOWSIL™ 501W Additive by Dow is a recoatable, BTX-free, low VOC, organo-functional silicone polyether copolymer. Acts as a wetting agent. Exhibits excellent surface mobility and flexibility. It has... view more

DOWSIL™ 502W Additive by Dow is an organo-functional silicone polyether copolymer. Acts as a wetting agent. It is recoatable, BTX-free and has low VOC content. It has low molecular weight and shows... view more

DOWSIL™ 52 Additive by Dow is a low viscosity, pourable, silanol functional, ultra-high molecular weight silicone dispersion in water. Acts as an anti-blocking agent & abrasion and scratch/ scrub... view more

DOWSIL™ 54 Additive by Dow is a Silicone polyether copolymer. Acts as a defoaming-, mar resistance agent and flow/leveling agent. Provides slip and improves gloss. It can improve abrasion... view more

DOWSIL™ 55 Additive by Dow is a reactive silicone glycol surfactant with carbinol functionality. Acts as a flow/leveling agent and mar resistance agent. Provides slip and improves flow-out, wetting... view more

DOWSIL™ 57 Additive by Dow is a non-reactive silicone glycol copolymer surfactant supplied at 100 percent active concentration. Acts as a mar resistance and flow/ leveling agent. Provides slip... view more

DOWSIL™ 62 Additive by Dow is a water-based silicone antifoaming agent. Provides highly effective and long-lasting foam control and has a very low tendency to affect coating gloss. It is readily... view more

DOWSIL™ 67 Additive by Dow is an organo-functional, recoatable, BTX-free silicone polyether copolymer. Acts as a wetting agent. It has low molecular weight and shows no significant impact on slip... view more