Products

Guangzhou Hoten Chemical Barium Sulfate Modified HTM-A is a high precision innovative function filler of nanometer class, HTM is specially developed for electronic printing ink and writing ink industry. The use of complete and uniform film coating technology enables it to have highly efficient pigment dispersibility and to fully retain each pigment crystal grain around it and well distribute in resin and solvent so that the intrinsic hiding power and optical performance of each pigment crystal grain may be maximized to exhibit a purer color image and vividness. HTM further reduces its oil absorption by complete film coating treatment, thereby reducing the resign and solvent consumption in formulas. As a result, a better quick drying property is achieved and volatility be reduced.

Guangzhou Hoten Chemical Barium Sulfate Modified HTM-B is a high-precision innovative function filler of nanometer-class, HTM-B is specially developed for electronic printing ink and writing ink industry. The use of complete and uniform film coating technology enables it to have highly efficient pigment dispersibility and to fully retain each pigment crystal grain around it and well distribute in resin and solvent so that the intrinsic hiding power and optical performance of each pigment crystal grain may be maximized to exhibit a purer color image and vividness. HTM-B further reduces its oil absorption by complete film coating treatment, thereby reducing the resign and solvent consumption in formulas. As a result, a better quick drying property is achieved and volatility be reduced.

Guangzhou Hoten Chemical Barium Sulfate Modified HTM-C is a high-precision innovative function filler of nanometer-class, HTM-C is specially developed for electronic printing ink and writing ink industry. The use of complete and uniform film coating technology enables it to have highly efficient pigment dispersibility and to fully retain each pigment crystal grain around it and well distribute in resin HTM-C further reduces its oil absorption by complete film coating treatment, thereby reducing the resign and solvent consumption in formulas. As a result, a better quick drying property is achieved and volatility be reduced and solvent so that the intrinsic hiding power and optical performance of each pigment crystal grain may be maximized to exhibit a purer color image and vividness.