Samarium Compound

About Samarium Compounds

Samarium oxides are available in powder form and as densely compressed pellets for applications such as optical coatings and thin-film processes. The oxides are generally insoluble. Fluorides offer an additional insoluble form for applications in which oxygen is undesired, for example in metallurgy, in chemical and physical gas phase deposition, and in certain optical coatings. Samarium is also available in soluble forms, including chlorides, nitrates, and acetates. These compounds can be prepared as solutions with defined stoichiometries.

Samarium is used for doping calcium chloride crystals for use in optical lasers. It is also employed in infrared-absorbing glass and as a neutron absorber in nuclear reactors. Samarium oxide is used in glass and ceramics. Together with other lanthanides, samarium is utilised in arc lamps for studio lighting and projection.

Stanford Advanced Materials (SAM) supplies samarium compounds, including samarium oxide (Sm2O3) and samarium(III) fluoride (SmF3).

Key Advantages:

Diverse Range: Our portfolio of samarium compounds comprises a variety of forms and compositions that meet specific application requirements. From powders and solutions to customised compounds, we produce materials that comply with project specifications.

Distinct Properties: Samarium compounds have magnetic, optical, and catalytic properties. Consequently, they are used in sectors where quantifiable improvements in performance and functionality are required.

Precision Manufacturing: Our samarium compounds are manufactured using advanced production techniques. This process delivers consistent material characteristics, thereby supporting accurate design and manufacture.

Customised Solutions: We recognise that every project has individual requirements. Work with us to develop samarium compounds that are specifically tailored to your specifications.

Versatile Applications:

Magnets and Electronics: Samarium compounds are used in the production of magnets, sensors, and electronic devices.

Catalysis: Samarium compounds are employed to catalyse chemical reactions, thereby improving efficiency and reducing processing times.

Optical Devices: Samarium compounds are utilised in optical applications, including lasers, phosphors, and light-emitting devices.

Energy Technologies: Due to their magnetic and catalytic properties, samarium compounds are used in energy-related applications such as fuel cells and renewable energy systems.

Medical Imaging: Samarium compounds are used in medical imaging technologies such as magnetic resonance imaging (MRI), thereby contributing to advances in healthcare.

Why Choose Our Samarium Compounds?

Quality Assurance: Our samarium compounds are subjected to strict quality control procedures to ensure they meet industry standards for purity and performance.

Expertise: Our team has relevant experience in the synthesis and application of compounds. The team is available to assist in identifying appropriate solutions for your projects.

Customisation: We recognise that every project has individual requirements. Collaborate with us to develop samarium compounds specifically tailored to your specifications.

Reliability: With a proven track record in delivering materials that meet performance criteria, we are a reliable supplier of samarium compounds that perform consistently.