Titanium Hydride powder is a compound powder consisting of titanium and hydrogen, usually grey-black in colour, which is highly chemically active, thermally stable and capable of releasing hydrogen under certain conditions, and has important applications in a wide range of fields such as powder metallurgy, hydrogen storage materials and foams.<\/p>\n
VIMATERIAL is a cutting-edge chemical materials innovation company specialising in high performance materials designed for advanced engineering applications. Our products are of high purity and quality, we support small batch packaging, small product MOQ, sufficient inventory, and support customisation, if you have any needs, please contact us.<\/a><\/span><\/p>\n Molecular Formula: TiH\u2082<\/p>\n Molecular weight: 49.88<\/p>\n Appearance: usually grey-black powder<\/p>\n Density: about 3.76 – 3.9 g\/cm\u00b3.<\/p>\n Crystal structure: belongs to tetragonal crystal system, titanium atoms form face-centred cubic dot matrix, hydrogen atoms are located in tetrahedral interstitial positions.<\/p>\n Powder Metallurgy: Titanium Hydride powder is used as an additive in powder metallurgy to improve the sintering properties of metal powders and to increase the density of the products, due to the decomposition of titanium and hydrogen at high temperatures.<\/p>\n Hydrogen storage materials: In hydrogen storage, this powder can be used as a potential hydrogen storage medium, offering a possible solution for the storage and transport of hydrogen energy by virtue of its ability to absorb and release hydrogen in a reversible manner.<\/p>\n Foam: For the manufacture of metal foams, when heated, Titanium Hydride powders decompose to produce hydrogen, which foams the metal matrix to produce lightweight, high-strength foam metal materials.<\/p>\n Aerospace: Titanium Hydride powders are used in the manufacture of lightweight, high-strength structural components for aerospace applications, where the decomposition gases are used to control the pore structure of the material to optimise its properties.<\/p>\nProperties<\/span><\/h2>\n
Application<\/span><\/h2>\n
Quality Control<\/span><\/h2>\n