Samarium

About Samarium (Sm)

Symbol: Sm
Atomic Number: 62
Atomic Mass: 150.36
Element Category: Lanthanide
Samarium is a silvery metal that belongs to the lanthanide group of the periodic table. It oxidises slowly at room temperature and exhibits a stable oxidation state. Samarium was discovered in 1879 and was named after the mineral Samarskite from which it was isolated. Samarium is a chemical element with the symbol Sm and atomic number 62. It is a hard, silvery metal that oxidises when exposed to air. It is classified among the rare earths, and its hardness and density approximate those of Zinc. Samarium is paramagnetic at room temperature.

Samarium Oxide (Sm2O3), also known as Samaria, is an important compound of Samarium. It is commonly added to glass and ceramics to absorb infrared radiation.

Stanford Advanced Materials (SAM) can now offer various Samarium products, including:

Samarium Metal:

Form: Lump, Powder, Sputter target, or customised
Purity: 2N–3N

Samarium Compound:

Samarium Oxide (Sm2O3): Powder, 3N

Samarium Evaporation Material:

Samarium (Sm); Cerium-Samarium (Ce/Sm); Samarium Oxide (Sm2O3); Samarium Fluoride (SmF3)

For Samarium sputter targets please see here: //www.sputtertargets.net/samarium.html

Key Advantages:

Diverse Applications: The measured magnetic properties of Samarium permit its use in several applications. High-performance magnets, catalysts and nuclear reactors incorporate Samarium. SAM’s products provide options for various industrial requirements.

Permanent Magnets: Samarium–Cobalt magnets are used in applications where high magnetic flux density and temperature stability are required. They are employed in aerospace, defence and the automotive industry.

Catalytic Efficiency: Samarium serves as a catalyst in a range of organic reactions. It contributes to the manufacture of fuels, plastics and pharmaceuticals.

Precision and Purity: Quality is a controlled parameter in our Samarium products. We adhere to specific industrial standards and detailed specifications to ensure that the purity meets the criteria for effective magnetism and reproducible outcomes.

Technical Expertise: Our team has extensive technical knowledge regarding the properties and industrial applications of Samarium. We provide technical support and consultation to meet precise experimental requirements.

Reliable Supply: We understand that a continuous supply of Samarium products is necessary. Our global presence and efficient logistics ensure access to Samarium when and where it is required.

Our Samarium Product Range:

SAM offers a series of Samarium products for various applications, including:

Permanent Magnets: Samarium–Cobalt magnets are employed where magnetic performance, high-temperature stability and demagnetisation resistance have been verified in industrial tests.

Catalysts: Samarium-based catalysts are utilised in chemical processes to improve reaction efficiency and selectivity.

Nuclear Reactors: Samarium is used as a neutron absorber in nuclear reactors. It assists in the control of nuclear reactions and contributes to operational safety.