Dow Corning 52
Silicone
Dow Corning
抗阻滞剂 >> 硅树脂/硅/硅氧烷
Antiblocking agent >> Silicones/Silica/Siloxanes
流动/均化剂 >> 硅树脂
Flow / Levelling agent >> Silicone
抗刮/擦/划剂 >> 硅树脂主剂
Scratch/ Srcub/ Mar resistance agent >> Silicone-based
滑动控制 >> 硅树脂
Slip control >> Silicone
底材表面处理剂, 混杂 >> 光泽控制
Surface conditioner, miscellaneous >> Gloss control
润湿剂/边缘润湿促进剂 >> 硅树脂
Wetting agent/ Wet edge enhancer >> Silicone
丙烯酸/丙烯酸盐树脂
Acrylic/Acrylate Resins
醇酸树脂
Alkyd Resins
纤维素树脂
Cellulosic Resins
环氧树脂
Epoxy Resins
聚酯
Polyester
聚亚安酯
Polyurethane
乙烯基
Vinyl
油墨 >> 溶剂型
Inks >> Solvent-based
涂层 >> 由溶剂生成
Coatings >> Solventborne
油墨 >> 水型
Inks >> Water-based
涂层 >> 水生
Coatings >> Waterborne
INKS
INKS
Water
Dilutable in polar solvents including water and alcohols
A low viscosity, pourable additive that improves mar resistance and slip in water-borne systems or solvent-borne systems containing polar solvents; provides water resistnace in water-borne systems; also imparts leveling, wetting, and gloss.
Ultra-High molecular weight silicone dispersion that improves
slip and mar resistance.
DOW CORNING 52 Additive reduces static and dynamic coefficient of
friction and improves mar resistance in coatings and inks applications.
Improves slip
Provides mar resistance
Flowable liquid for processing ease
Reduces coefficient of friction
Provides antiblocking
Ultra-high molecular-weight silicone dispersion in water
DOW CORNING 52 Additive is a silanol functional, ultra-high molecular weight silicone dispersion in water at 65% solids content. Its low viscosity facilitates the incorporation into water-borne formulations. Can also be used in solvent-borne systems where small amounts of water are acceptable.
Low viscosity, pourable, silanol functional, ultra-high molecular weight silicone dispersion in water. Used to improve mar resistance and slip in water-borne and solvent-borne systems containing polar solvents, provide water resistance in water-borne systems and impart leveling, wetting, and gloss. Reduces static and dynamic coefficient of
friction. Provides antiblocking.