What is titanium carbide?
Titanium carbide is an iron-gray crystal with a metal luster coming from NaCl-type simple cubic structure, with a latticework constant of 0.4329 nm and an area team of Fm3m. Carbon atoms amount titanium atoms in the latticework position, and solid covalent bonds bond TiC atoms. Tic has some qualities comparable to steels, such as high melting point, boiling point, as well as firmness, the solidity is 2nd just to ruby, and it has good thermal and also electrical conductivity, also showing superconductivity at shallow temperatures.
The applications of titanium carbide
Nano-titanium carbide is utilized in aerospace parts. It has a melting point over 3000 ℃, excellent high-temperature toughness, compatibility with tungsten, comparable thermal expansion coefficient, as well as a lot reduced density than tungsten.
Titanium carbide is widely used in manufacturing wear-resistant products, reducing devices, molds, thawing metal crucibles, and numerous various other fields. Clear titanium carbide porcelains are also ideal optical materials. And also titanium carbide abrasive in the abrasive and also unpleasant sector is an excellent material to change traditional unpleasant materials such as alumina, silicon carbide, boron carbide, and also chromium oxide. The grinding ability of nano titanium carbide approaches that of artificial diamonds, which substantially lowers the cost. It has actually been commonly utilized in the USA, Japan, Russia, and also various other countries. Products such as unpleasant, grinding wheels, as well as grinding paste made of nano titanium carbide can significantly boost grinding effectiveness, precision, as well as surface smoothness.
Nano-titanium carbide foam ceramic: As a filter, foam ceramic can efficiently eliminate inclusions in numerous liquids, as well as its filtering system device is anxiety and adsorption. The chemical security of filter materials is needed, especially the filters used in the metallurgical market need a high melting point, so most of these products are oxides and also to adapt to the filtration of liquified metal, the improvement of thermal shock resistance is generally sought. Nano-titanium carbide foam ceramics have greater stamina, firmness, thermal conductivity, electric conductivity, heat resistance, and rust resistance than oxide foam porcelains.
Chemical buildings of Titanium carbide.
TiC is light grey, cubic, insoluble in water, and has high chemical security. It rarely reacts with hydrochloric acid as well as sulfuric acid, however it can be dissolved in aqua regia, nitric acid, hydrofluoric acid, as well as alkaline oxide service.
How is titanium carbide made?
Taking titanium dioxide as well as carbon black as resources, high-purity titanium dioxide and carbon black are extensively mixed in proportion, the dry powder combination is pushed and shaped, and after that decreased in a horizontal carbon tube heating system or a vertical carbon tube furnace at 1900-2300 ℃ in a hydrogen atmosphere to get large TiC, and then grated to obtain titanium carbide powder items. Or taking sponge titanium and also carbon black as raw materials, extensively mixing sponge titanium (or titanium scrap recovered from titanium alloy as well as carbide strong solution) and also carbon black symmetrical, and heating to 1500-1700 ℃ in high-purity hydrogen gas stream for response to get titanium carbide.
The price of Titanium carbide.
The marketplace cost of Titanium carbide is impacted by various aspects. Currently, its market price remains in the procedure of dynamic modification. If you need it, please call us at any time.
Titanium carbide distributor.
( also known as. Technology Co., Ltd.) is a reputable global chemical material supplier and supplier with 12 years of experience offering top notch chemical materials and making procedures. Presently, our business has actually effectively created a series of powder products. OEM service is available. If you are searching for Boron Titanium carbide, please contact us or click on the required products to send us an inquiry.