Rare Metals

About Exotic Metals

Stanford Advanced Materials (SAM) manufactures exotic metals with defined chemical compositions and precise geometric dimensions. These metals are produced to specification for use in advanced research and industrial applications.

Due to the high processing temperatures required for heating and shaping components, exotic metals incur increased production and processing costs. Known exotic metals include titanium, molybdenum and superalloys.

SAM supplies exotic metals in various forms, including Inconel wire, rod, tube, tube, plate, sheet, flange and powder; 316L stainless steel strip; Incoloy; and spherical Hastelloy X.

Main Characteristics of Exotic Metals:

Distinctive Properties: Exotic metals exhibit properties that differ from standard metals. Their measured high strength and temperature resistance, along with specified magnetic and electrical characteristics, enable applications where such parameters are required.

Extreme Environments: Exotic metals perform under conditions including high temperatures, exposure to corrosive chemicals, elevated pressures and space-related environments. They are utilised in aerospace, energy production and other technical sectors.

Advanced Applications: These metals are incorporated in components for aerospace, high-precision medical instruments, electronic assemblies and precision machinery. Performance data confirm their suitability for such uses.

Diverse Materials: The term "Exotic Metals" encompasses a range of elements and alloys such as titanium, niobium, tantalum and zirconium. Each material is characterised by its own measured attributes.

Research and Development: Research in exotic metals is ongoing. Quantitative performance improvements are documented through laboratory tests, thereby supporting further development across multiple engineering and scientific domains.

Applications of Exotic Metals:

Aerospace: Exotic metals are used in the fabrication of aircraft components, satellite structures and rocket engine systems. Standardised tests confirm their capacity to meet weight and safety requirements.

Medical Devices: Exotic metals are implemented in medical implants, surgical instruments and diagnostic devices, where biocompatibility and consistent performance are essential.

High-Performance Electronics: Exotic metals are applied in the production of electronic components, semiconductors and superconducting materials for computers and telecommunications. Measurements confirm adherence to technical specifications.

Energy Production: Exotic metals are incorporated in energy systems, serving in high-temperature components in gas turbines and materials for nuclear reactors. Their performance has been verified under controlled conditions.

Scientific Research: Exotic metals are employed in research facilities, including particle accelerators and precision scientific instruments that require strict material properties.

Exotic Metals - Quality Assurance:

Exotic metals are sourced from accredited suppliers and are subject to rigorous quality control tests. These processes ensure that the materials comply with established industry standards. Verified performance data is recorded during each stage of testing.

Exotic Metals Video