Micro zinc dioxide. Acts as UV absorber. Is silicon-processed version of MZ-500. Offers excellent transparency and UV-A shielding properties. Exhibits water repellency and has silicone oil as... view more

Micro zinc dioxide. Acts as UV absorber. Is silicon-processed version of MZ-500. Offers excellent transparency and UV-A shielding properties. Exhibits water repellency, low viscosity and has... view more

Anatase titanium dioxide. Possesses large specific surface area, neutral pH and suitable gas decomposition. Uses ultraviolet rays from natural and artificial light, together with water and oxygen... view more

Anatase titanium dioxide. Easily dispersion in medium for general usage. It is slightly acidic. Uses ultraviolet rays from natural and artificial light, together with water and oxygen, all of which... view more

Anatase titanium dioxide. Is water based and acidic in nature. Possesses high TiO2 concentration, and can harden at room temp. Exhibits high photocatalytic activity and high film hardness. Uses... view more

Anatase titanium dioxide. Is water based and neutral in nature. Possesses high TiO2 concentration, and can harden at room temp. Exhibits high photocatalytic activity and high film hardness. Uses... view more

Amorphous titanium dioxide. Is water based and slightly acidic in nature. Titanyl Ammonium Oxalate can exhibit very high film hardness by calcination(500°C). Uses ultraviolet rays from natural and... view more

Anatase titanium dioxide. Has excellent dispersibility. Possesses large specific surface area, suitable gas decomposition. Also has IPA (isopropyl alcohol) as a medium. Uses ultraviolet rays from... view more

Anatase titanium dioxide. Has excellent dispersibility. It is for ammonia gas decomposition. Also has IPA(isopropyl alcohol) as a medium. Is neutral in nature. Uses ultraviolet rays from natural and... view more

Anatase titanium dioxide. Has excellent dispersibility. Possesses large specific surface area, suitable gas decomposition. Is water based and neutral in nature. Uses ultraviolet rays from natural... view more

Anatase titanium dioxide. Has excellent dispersibility. Is for ammonia gas decomposition. Is water based and neutral in nature. Uses ultraviolet rays from natural and artificial light, together with... view more

Anatase titanium dioxide. Is for ammonia gas decomposition. It is slightly acidic. Uses ultraviolet rays from natural and artificial light, together with water and oxygen, all of which are clean... view more

Anatase titanium dioxide. Is for aldehyde gas decomposition. It is slightly acidic. Uses ultraviolet rays from natural and artificial light, together with water and oxygen, all of which are clean... view more

Anatase titanium dioxide. Possesses HCl stabilizer. Is water based and acidic in nature. Has excellent dispersion stability under dilution by own medium. Uses ultraviolet rays from natural and... view more

Anatase titanium dioxide. Possesses HNO3 stabilizer. Is water based and acidic in nature. Has excellent dispersion stability under dilution by own medium. Uses ultraviolet rays from natural and... view more

Anatase titanium dioxide. Is neutral titania sol, water based and acidic in nature. Has excellent dispersion stability under dilution by own medium. Uses ultraviolet rays from natural and artificial... view more

Rutile micro titanium dioxide. Acts as a stable water dispersant. It is made by meticulously surface coating silica-processed micro titanium dioxide with alkyl acrylate copolymer. Can be blended... view more

Silica dioxide. Acts as a filler. Exhibits water repellency and negative charging. Has silicone oil as surface preparation agent... view more

Silica dioxide. Acts as a filler. Exhibits water repellency and negative charging/highly fluid. Has alkylsilane and silicone oil as surface preparation agent... view more

Silica dioxide. Acts as a filler. Exhibits water repellency and high negative charging. Has alkylsilane as surface preparation agent... view more