Samarium Metals

Samarium metal is available as discs, granules, ingots, pellets, pieces, powders, rods, wires and sputter targets. Ultra‐high‐purity and high‐purity forms include metal powders, powders in the submicron and nanoscale ranges, quantum dots, targets for thin‐film deposition, pellets for evaporation and single- or polycrystalline forms. The elements are also supplied as fluorides, oxides, chlorides or as solutions in alloys or other systems.

Samarium metal is generally available in most quantities immediately. Stanford Advanced Materials (SAM) manufactures several standard grades, including samarium-cobalt magnets, samarium foils, sheets, rods and wire.

Primary Advantages:

High Tensile Strength: Samarium metals provide high tensile strength and defined mechanical properties. Engineers use these metals to construct critical structural components and complex devices. Their strength supports performance stability and longevity.

Corrosion Resistance: Samarium metals demonstrate corrosion resistance under strict environmental conditions. They resist degradation in harsh conditions, thereby fulfilling the requirements of demanding applications.

Magnetic Properties: Samarium metals exhibit significant magnetic characteristics. They are used in various magnetic applications, including sensors and high-performance motors.

Thermal Stability: Samarium metals retain their structural integrity at elevated temperatures. This thermal stability permits reliable operation in high-temperature environments.

Customised Solutions: Samarium metals can be tailored to precise specifications. They are available in various forms, sizes and custom alloys, thereby meeting specific project requirements.

Applications:

Aerospace: Samarium metals are used in the aerospace sector, including aircraft components, satellite structures and propulsion systems.

Electronics: Due to their magnetic properties, samarium metals are utilised in electronic devices such as sensors, actuators and data storage components.

Automotive: Samarium metals are employed in high-performance components for the automotive industry, where high strength and long service life are required.

Medical Devices: The biocompatibility and magnetic characteristics of samarium metals are utilised in medical devices such as implants, MRI machines and diagnostic equipment.

Renewable Energy: Samarium metals are used in the development of clean energy technologies, including wind turbines and electric vehicles.

Why Choose Our Samarium Metals?

Quality Assurance: Our samarium metals undergo strict quality control. They meet the highest industry standards for performance and purity.

Expertise: Stanford Advanced Materials (SAM) applies extensive metallurgical experience. This expertise provides validated guidance for developing project-specific solutions.

Customised Solutions: Clients collaborate with us to develop tailored samarium metal solutions. These solutions are designed to meet precise project specifications.

Reliability: We commit to delivering samarium metals that consistently meet specified properties and performance metrics.