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Refractory Metal & Alloy Spherical Powders
Refractory metal and alloy powders are intended for applications requiring combinations of high-temperature capability, high melting temperature, thermal stability and specialized mechanical or physical properties.
The performance of each material is highly composition-dependent. Molybdenum and its alloys, for example, are used in high-temperature and thermal-management applications, while tantalum and niobium are important in selected chemical, electronic and high-temperature environments. TZM is a molybdenum-based alloy developed for improved high-temperature mechanical performance compared with unalloyed molybdenum.
A strict scientific definition of “refractory metals” is not completely uniform across the literature. We therefore use Refractory Metal & Alloy as the product-category designation for this portfolio rather than making a universal classification claim for every element listed
Refractory Metal & Alloy Spherical Powders
Mo · Ta · Nb · Re · Zr · V · Ti
TZM · Mo-Ti · Mo-Re · Ta-based · Nb-Ti · Nb-Zr
Refractory metal and alloy powders are intended for applications requiring combinations of high-temperature capability, high melting temperature, thermal stability and specialized mechanical or physical properties.
The performance of each material is highly composition-dependent. Molybdenum and its alloys, for example, are used in high-temperature and thermal-management applications, while tantalum and niobium are important in selected chemical, electronic and high-temperature environments. TZM is a molybdenum-based alloy developed for improved high-temperature mechanical performance compared with unalloyed molybdenum.
A strict scientific definition of “refractory metals” is not completely uniform across the literature. We therefore use Refractory Metal & Alloy as the product-category designation for this portfolio rather than making a universal classification claim for every element listed.
High Melting Temperature
High-Temperature Capability
Thermal Stability
High-Purity Options
Alloy-Specific Mechanical Performance
Controlled Powder Morphology
Additive Manufacturing
Advanced manufacturing of selected high-temperature components.
Aerospace & High-Temperature Engineering
Materials for demanding thermal environments.
Semiconductor & Electronics
Selected high-purity materials for semiconductor, electronic and coating-related applications.
High-Temperature Furnaces
Components and materials exposed to elevated processing temperatures.
Advanced Manufacturing & Materials R&D
Specialized powder feedstocks for emerging processing technologies.
Industrial references confirm the importance of refractory metals such as molybdenum in semiconductor production, power electronics, high-temperature furnaces and advanced electronic technologies.