Ethylene/methacrylate copolymer (14.3-15.1%), isopropyl titanium triisostearate (1.9-2.1%) and silica (81.3-85.3%). DSPCS -I2 by Kobo possesses texturing and dispersing properties. Offers the best... view more

Silica (67.5-70.0%), ethylene/methacrylate copolymer (28.6-30.2%) and isopropyl titanium triisostearate (1.8-2.2%). DSPCS /3H-I2 by Kobo possesses texturing and dispersing properties. Offers the... view more

Silica, ethylene/methacrylate copolymer and isopropyl titanium triisostearate. DSPCS /3N-I2 by Kobo acts as a texturing agent and dispersant. Provides the best balance of soft focus, lightweight... view more

Silica, ethylene/methacrylate copolymer and isopropyl titanium triisostearate. DSPCS /H-I2 by Kobo is a texturing agent and dispersant. Provides the best balance of soft focus, lightweight powdery... view more

Silica, ethylene/methacrylate copolymer and isopropyl titanium triisostearate. DSPCS /N-I2 by Kobo is a texturing agent and dispersant. Provides the best balance of soft focus, lightweight powdery... view more

Polymethyl Methacrylate. Act as texturizing agents. Microspheres are discrete spherical particles. Provide a ball bearing effect, which will impart finished products with increased payoff and an... view more

Methyl Methacrylate Crosspolymer. Act as texturizing agents. Microspheres are discrete spherical particles. Provide a ball bearing effect, which will impart finished products with increased payoff... view more

Methyl Methacrylate Crosspolymer. Act as texturizing agents. Microspheres are discrete spherical particles. Provide a ball bearing effect, which will impart finished products with increased payoff... view more

Silica. MSS -500 by Kobo is an aesthetic enhancer. MSS-500 imparts a silky texture, increased pay-off, soft focus effect and enhanced slip. Provides a non-tacky, velvety or powdery after-feel. MSS... view more

Silica (100%). MSS -500/20N by Kobo acts as an aesthetic enhancer. Offers a ball-bearing effect which imparts silky texture, soft focus effect, increased pay-off and enhanced slip. MSS -500/20N... view more

Silica (100%). MSS -500/3 by Kobo acts as an aesthetic enhancer. Imparts a silky texture, increased pay-off, soft focus effect and enhanced slip. MSS -500/3 provides a non-tacky, velvety or powdery... view more

Silica (98.0-100.0%). MSS -500/3H by Kobo acts as an aesthetic enhancer. Provides a non-tacky, velvety or powdery after-feel. MSS -500/3H imparts a silky texture, soft focus effect, increased... view more

Silica. Act as texturizing agents. Microspheres are discrete spherical particles. Provide a ball bearing effect, which will impart finished products with increased payoff and an elegant silky... view more

Silica (100%). MSS -500/3N by Kobo is an aesthetic enhancer. The microspheres of MSS -500/3N offers a ball-bearing effect which imparts silky texture, soft focus effect, increased pay-off and... view more

Silica. Act as texturizing agents. Microspheres are discrete spherical particles. Provide a ball bearing effect, which will impart finished products with increased payoff and an elegant silky... view more

Silicon dioxide. MSS -500/H by Kobo acts as a texturing agent. Provides a ball bearing effect, which imparts finished products with increased payoff, an elegant silky texture, enhanced slip and... view more

Silica (100%). MSS -500W by Kobo possesses aesthetic enhancing properties. The microspheres of MSS -500W offers a ball-bearing effect which imparts silky texture, soft focus effect, increased... view more

Polymethylsilsesquioxane. MST -203 by Kobo Products is a polymer microsphere and acts as texturizing agent. Microsphere is a discrete spherical particle. Provides a ball bearing effect, which will... view more

Polymethylsilsesquioxane. MST -547 by Kobo Products is a polymer microsphere and acts as texturizing agent. Microsphere is a discrete spherical particle. Provides a ball bearing effect, which will... view more

Vinyl Dimethicone/Methicone Silsesquioxane Crosspolymer. MST-E8 by Kobo Products is a spherical microsphere elastomer. It is able to scatter light to diminish the look of fine lines on the skin... view more