3D Printing Materials refer to chemical additives and pigments—such as titanium dioxide—used in polymer-based filaments and resins for additive manufacturing. TiO₂ enhances whiteness, opacity, thermal stability, and UV resistance in 3D printed parts, especially in engineering-grade and functional applications.
3D Printing Materials refer to chemical additives and pigments—such as titanium dioxide—used in polymer-based filaments and resins for additive manufacturing. TiO₂ enhances whiteness, opacity, thermal stability, and UV resistance in 3D printed parts, especially in engineering-grade and functional applications.
HA-120 is a general-purpose anatase titanium dioxide TiO2 with excellent whiteness, high hiding power, gloss, and dispersibility. Featuring low oil absorption and strong weather resistance, it’s mainly used in interior wall coatings, indoor plastic pipes, films, rubber, leather, paper, titanate preparation, and titanium dioxide masterbatch applications.
HR-258 is a surface-modified rutile titanium dioxide (TiO2) with excellent whiteness, gloss, dispersion, opacity, and weather resistance. Suitable for paint, powder coatings, color pastes, master batch, plastics system, road markings, rubber, leather and solvent-based and iron-printing inks, it’s ideal for multi-industry applications.
CR705 is a chloride-process titanium dioxide TiO2 with blue undertone, high brightness, and excellent weather resistance. Versatile for paints, coatings, inks, road pavement markings and plastics—including architectural finishes, automotive OEM, industrial anti-corrosion coatings, gravure and offset inks, engineering plastics, TiO2 masterbatch applications, and titanium dioxide for masterbatch solutions.
