Rare Earth Fluorides

About Rare Earth Fluorides

Rare Earth Elements (REE) are a group of seventeen chemical elements in the periodic table. These include the fifteen lanthanides along with Scandium and Yttrium.

Rare Earth Elements (REE) comprise sixteen elements: the fifteen lanthanides and the metal Yttrium. They are used in electronic devices deployed in defence, alternative energy, and communications industries. When alloyed with other metals, these elements yield enhanced magnetic properties, increased high-temperature resistance and other defined characteristics.

Rare Earth Elements form a defined set of seventeen chemical elements. Scandium and Yttrium are classified as rare earths because they typically occur in the same ore deposits as the lanthanides, given their similar chemical behaviours. Although termed “rare”, these elements are relatively abundant in the Earth’s crust.

Stanford Advanced Materials supplies Rare Earth Fluorides that are produced with strict quality controls and standardised compositions at competitive prices.

Rare Earth Fluorides Key Features:

Exceptional purity: Our Rare Earth Fluorides are synthesised to achieve a high degree of purity. They provide consistent performance even in demanding applications.

Wide range of compounds: A variety of Rare Earth Fluoride compounds are available. Each compound is formulated to meet specific industrial requirements. Our selection spans from Cerium Fluoride to Europium Fluoride.

Precise composition: The products are manufactured with accurately defined compositions. This guarantees the required properties and performance metrics for advanced technologies.

High thermal stability: Rare Earth Fluorides demonstrate stability under extreme thermal conditions. Their tested performance ensures a long operational life in high-temperature environments, thereby meeting industrial demands for constant performance.

Versatile applications: These compounds are used across diverse applications. They serve in phosphors for displays, in lasers, in catalysts and in the manufacture of nuclear fuel. Consequently, they function as essential components in many technological processes.

Industries we serve:

Electronics: Rare Earth Fluorides are employed in the production of phosphors for LED displays. This use improves colour rendition and energy efficiency.

Aerospace: Their high thermal stability enables usage in aerospace applications, including thermal coatings and specialised optics.

Energy: In energy generation, these compounds contribute to advanced battery technologies. They optimise both energy storage and discharge.

Research: For researchers and scientists, our Rare Earth Fluorides provide valuable materials for experiments that yield quantitative results and advancements in the field.

Why you should choose our Rare Earth Fluorides:

Reliable quality: Each Rare Earth Fluoride product meets strict quality criteria. This ensures safety and accuracy in all applications.

Modern expertise: Our team at Stanford Advanced Materials maintains up-to-date technical knowledge regarding Rare Earth Fluoride applications. They provide access to the latest validated developments.

Sustainability: Our Rare Earth Fluorides are developed with environmental sustainability in mind, thereby contributing to cleaner technology practices across all sectors.

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