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Forming and Annealing Parameters for Moly and Its Alloys Industrial molybdenum rolling presents unusually complex challenges, especially in comparison with the rolling of non-ferrous metals such as aluminum, copper, zinc,…

Molybdenum TZM rod, titanium, zirconium, and molybdenum sintered alloy rod, has a high melting point, physical strength, erosion resistance, and other excellent high-temperature properties. Therefore, molybdenum alloy is commonly used…

The body-centered cubic crystal structure of tungsten gives it a high Tungsten Ductile Brittle Transition Temperature (DBTT), the temperature at which the material fracture changes. When the temperature of the…

Tungsten High Temperature Furnace Tungsten high temperature resistance and melting point make it the most common choice for use in applications like high-temperature furnaces, whose heating elements, heat shields, and…

Tungsten Strengthening Alloy Tungsten alloy includes solid solution strengthening alloy, dispersion strengthening alloy, precipitation strengthening alloy, compositing strengthening alloy, and tungsten composited alloy containing copper, silver, or cemented carbide. Solid…

Physical Properties of Tungsten Tungsten possesses numerous physical properties that are unique among metals. For example, the melting point of tungsten can reach up to 3410°C—the highest among all metals—and…

Mechanical Properties' Impacts on Processing Tungsten and Molybdenum Materials The mechanical properties of tungsten and molybdenum include elastic and inelastic reactions under the action of external forces. In the stamping process…

Refractory metals, tungsten and molybdenum, are easily influenced by their chemical environments, such as oxidation, corrosion, and volatilization. Refractory metals and their alloys are structural materials exhibiting high-temperature resistance. These…