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Titanium (Titanium) – the silver-gray metal, specific gravity of 4.5, the melting point of 1668 ° C. Titanium is a very special metal, the texture is very light, but very tough and corrosion-resistant, it does not like the silver will turn black, for life to maintain itself at room temperature, hue. Melting point of titanium, almost platinum metallurgical, so commonly used in the aerospace, military precision components. With the current and chemical treatment, will produce a different color.

Due to the above characteristics of the titanium, the unique silver-gray tone, either high–polished, mercerized, matt, have a good performance, is the most appropriate except for precious metals platinum, gold jewelry metal, in foreign modern jewelry design, often use is popular in the international jewelry timber. As for the design of the models, minimalist and clean cut, a high degree of design with a low profile of the avant-garde style, highly respected young white-collar. Titanium processing technology demanding, difficult with ordinary equipment casting with ordinary tools and very difficult to be welded, it is difficult to form a production scale. Therefore, in the domestic jewelry market is difficult to see a trace of it.

Chinese domestic many called titanium steel jewelry material than titanium, stainless steel, titanium steel called attractive, some even referred to as titanium alloy jewelry, the fact without titanium stainless steel jewelry.

The perovskite of China located in more than 10 provinces and autonomous regions. The perovskite mainly anatase, rutile vanadium-titanium magnetite ore and ilmenite placer. Titanium vanadium-titanium magnetite is mainly produced in Sichuan Panzhihua region. Rutile ore is mainly produced in Hubei, Henan, Shanxi and other provinces. Ilmenite placer mainly produced in Hainan, Yunnan, Guangdong, Guangxi and other provinces (regions). Ilmenite TiO2 maintain reserves of 357 million tons, ranking first in the world. Titanium ore deposit types of magmatic vanadium titanium magnetite, followed by placer. Mineralization age native perovskite formed in the Paleozoic, sand perovskite is formed in the Cenozoic.