Titanium Molybdenum alloy sputtering target is an alloy of titanium and molybdenum, which combines the good corrosion resistance of titanium with the high melting point and high strength of molybdenum, etc. It is mainly used in the process of physical vapour deposition, and is capable of depositing thin films on the substrate with excellent comprehensive performance, which is mainly used in the fields of aerospace, electronics and machinery.<\/p>\n
We offer Titanium Molybdenum alloy sputtering targets, VIMATERIAL can also provide target binding service, all our products can be customised and experimental, if you need more information, please contact us.<\/a><\/span><\/p>\n Molecular formula: TiMo<\/p>\n Molecular weight: 143.81<\/p>\n Appearance: silver grey, metallic luster, smooth surface<\/p>\n Crystal structure: Various, may include Body Centred Cubic (BCC)<\/p>\n Aerospace: In aerospace, Titanium Molybdenum alloy sputtering targets are used to coat components such as aircraft engine blades and rocket nozzles, where their high melting point and good resistance to high-temperature oxidation allow them to withstand extreme temperatures and improve component life and performance.<\/p>\n Electronics: In the electronics industry, sputtering targets are used to deposit thin films of interconnecting wires in integrated circuits and thin films of electronic packaging materials, taking advantage of their good electrical conductivity and thermal stability to ensure the efficient transmission of electronic signals and the stability of electronic components.<\/p>\n Medical device field: For medical devices, it can be used to manufacture surface coatings for artificial joints and dental implants, etc. By combining the advantages of titanium’s biocompatibility and molybdenum’s mechanical properties, the implanted devices can better adapt to the human physiological environment, and improve the safety and durability of the implanted devices.<\/p>\n Automotive manufacturing: In automotive manufacturing, the sputtering target is used in the coating of internal parts of automotive engines and brake system components, relying on its high strength and anti-wear characteristics to enhance the wear and fatigue resistance of the parts and extend the service life of automotive components.<\/p>\nCharacteristics<\/span><\/h2>\n
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