Molybdenum/Titanium Alloy Precursor Powder (Mo90/Ti10)

Molybdenum/Titanium Alloy Precursor Powder (Mo90/Ti10) is a high-performance material designed to merge the refractory strength and thermal stability of molybdenum with the ductility and corrosion resistance of titanium. With its higher molybdenum concentration compared to other Mo-Ti blends, it offers excellent creep resistance, uniform microstructural stability, and superior hardness under extreme thermal and mechanical conditions. This makes it a critical feedstock for powder metallurgy, additive manufacturing, and alloy target fabrication. Its industrial applications extend across aerospace propulsion systems, high-temperature structural parts, energy conversion technologies, and specialized coatings. In particular, it is used in the production of sputtering targets for thin-film deposition, precision high-vacuum components, and ultra-strong alloys for demanding mechanical environments. From a research perspective, Mo90/Ti10 powder provides a versatile platform for exploring nanoscale alloy design, optimizing sintering dynamics, and advancing the development of high-entropy alloys. Its ability to balance structural resilience with adaptability highlights its indispensable role in pushing forward innovations across multiple scientific and industrial frontiers.