The chloride process TiO2 delivers high‑purity rutile pigments with superior brightness, durability, and dispersibility. Through an advanced titanium dioxide production chloride process, this material achieves consistent quality for demanding applications in coatings, plastics, inks, and construction. As a leading chloride process titanium dioxide manufacturer, our focus is on innovation and reliability, ensuring products meet global standards for performance and sustainability.
The chloride process TiO2 delivers high‑purity rutile pigments with superior brightness, durability, and dispersibility. Through an advanced titanium dioxide production chloride process, this material achieves consistent quality for demanding applications in coatings, plastics, inks, and construction. As a leading chloride process titanium dioxide manufacturer, our focus is on innovation and reliability, ensuring products meet global standards for performance and sustainability.
Dikenali kerana kebolehsebaran yang luar biasa, kilauan tinggi, kelegapan kuat dan rona kebiruan, CR706 ialah titanium dioksida rutile yang menonjol dengan rawatan permukaan anorganik unggul untuk ketahanan cuaca yang hebat. Ia digunakan secara meluas dalam salutan seni bina dan industri, sama ada dalaman atau luaran, tanda jalan dan papan tanda.
CR705 ialah titanium dioksida proses klorida dengan tona biru, kecerahan tinggi dan rintangan cuaca yang sangat baik. Serbaguna untuk salutan, dakwat, penandaan turapan jalan dan plastik—termasuk kemasan seni bina, OEM automotif, salutan industri anti-karat, dakwat gravure dan offset, plastik kejuruteraan, aplikasi masterbatch TiO₂ serta penyelesaian masterbatch berasaskan titanium dioksida.
No. Titanium dioxide is chemically stable and does not react with chlorine under normal conditions. Chlorine is only involved in the chloride production process, where titanium ores are converted into titanium tetrachloride (TiCl₄) and then oxidized to form TiO₂. Once produced, TiO2 is inert and stays stable in everyday use.
The chloride process is a modern way to make titanium dioxide. Titanium ores like ilmenite or rutile are treated with chlorine at high temperatures to form titanium tetrachloride (TiCl₄), which is then purified and oxidized into TiO₂. Compared with the sulfate process, this method produces a purer pigment and is generally considered more environmentally friendly.
