Chloride Process TiO₂ uses high-temperature vapor-phase oxidation for premium rutile pigments. Unlike the sulfate method, precise TiCl₄ distillation eliminates impurities like iron and manganese. This ensures high-purity titanium dioxide with a distinct blue undertone, superior brightness, and narrow particle size distribution for maximum opacity.
Engineered for demanding environments, chloride rutile TiO2 offers excellent weather resistance and dispersibility. Its stable crystal structure ensures durability in automotive coatings, industrial plastics, and high-end inks, produced under strict quality control requirements.
Chloride Process TiO₂ uses high-temperature vapor-phase oxidation for premium rutile pigments. Unlike the sulfate method, precise TiCl₄ distillation eliminates impurities like iron and manganese. This ensures high-purity titanium dioxide with a distinct blue undertone, superior brightness, and narrow particle size distribution for maximum opacity.
Engineered for demanding environments, chloride rutile TiO2 offers excellent weather resistance and dispersibility. Its stable crystal structure ensures durability in automotive coatings, industrial plastics, and high-end inks, produced under strict quality control requirements.
Known for its exceptional dispersibility, high gloss, strong opacity, and bluish undertone, Hengxiang CR706 is a standout rutile titanium dioxide pigment with superior inorganic surface treatment for outstanding weather resistance. It is widely used in paints, architectural and industrial coatings, both indoor and outdoor paint, road markings and signs.
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.
Titanium dioxide is mainly used as a white pigment to make products brighter, more opaque, and durable. You’ll find it in paints, plastics, paper, inks, and textiles, where it helps improve whiteness and appearance. It’s also common in packaging, cosmetics, and other applications that require UV protection.
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.
