Titanium Magnesium alloy sputtering target is a titanium and magnesium as the main component of the alloy material, has a good strength, low density, corrosion resistance and other comprehensive performance, used in the physical vapour deposition process, through the sputtering of the formation of both titanium and magnesium characteristics of the thin film on the substrate. They are used to form thin films of both titanium and magnesium by sputtering on a substrate. They are mainly used to provide lightweight, high-strength and corrosion-resistant thin-film coatings for components in the aerospace, automotive, electronics and machinery sectors.<\/p>\n
We offer Titanium Magnesium alloy sputtering targets, VIMATERIAL can also provide target binding services, all of our products can be customised and experimented with, please contact us<\/a><\/span> if you need more information.<\/p>\n Product Characteristics<\/p>\n Molecular formula: TiMg<\/p>\n Molecular weight: 72.18<\/p>\n Appearance: silver-grey, metallic luster, smooth surface.<\/p>\n Crystal structure: Various possibilities, including densely packed hexagonal (HCP), etc.<\/p>\n Fields of application<\/p>\n Aerospace: Used in the manufacture of lightweight structural components of aircraft, such as wings and fuselage frames, which can effectively reduce the weight of aircraft and improve flight performance due to its high strength and low density characteristics.<\/p>\n Automobile manufacturing: Deposited on the surface of key components such as automobile engine blocks and wheel hubs to enhance wear resistance and corrosion resistance of the components, and at the same time, reduce weight and improve fuel economy of automobiles.<\/p>\n Electronic equipment: Titanium Magnesium alloy sputtering target used in mobile phones, computers and other electronic products such as heat sinks, shells and other components, not only to take advantage of its good thermal conductivity, but also with its lightweight characteristics to achieve the thin and light equipment.<\/p>\n Medical devices: used in the manufacture of artificial joints, implantable medical devices, etc. Due to its good biocompatibility and mechanical properties, it can better adapt to the human environment and extend the service life.<\/p>\n Quality control<\/p>\n