Nano Rare Earth Oxide

About Nano Rare Earth Oxides

Rare Earth Elements (REE) consist of 16 elements, including the 15 lanthanides and the metal Yttrium. They are used in electronic devices within the defence, alternative energy and communications industries. When alloyed with other metals, rare earths show improved magnetic, mechanical, high-temperature and additional properties.

Rare Earth Elements form a set of 17 chemical elements in the periodic table. This set includes the 15 lanthanides, Scandium and Yttrium. Scandium and Yttrium are classified as rare earths because they occur with the lanthanides in the same ore deposits. Although called rare, they are abundant in the Earth’s crust.

Stanford Advanced Materials offers high quality Nano Rare Earth Oxides at competitive prices.

Nano Rare Earth Oxide Main Features:

Nanometre-scale precision: Nano rare earth oxides feature controlled particle sizes. This control enables accurate adjustment of material properties.

Improved properties: These nanomaterials present increased mechanical strength, electrical performance, magnetic response and catalytic activity compared to bulk materials.

Large surface area: The larger surface area provides additional active sites. This property is beneficial for catalysis, sensors and energy storage.

Customisable applications: Their characteristics support tailored solutions for sectors such as electronics, energy, healthcare and environmental remediation.

Distinct optical and magnetic properties: They offer specific optical and magnetic features applicable in optical devices, magnetic storage and sensor systems.

Applications of Nano Rare Earth Oxides :

Catalysis: Nano rare earth oxides function as catalysts in industrial processes. They improve the efficiency and selectivity of chemical reactions.

Energy storage: They are used in batteries, supercapacitors and fuel cells. They increase energy density and storage capacity.

Electronics: Nano rare earth oxides are incorporated in electronic components such as transistors, memory devices and displays. Their electrical properties optimise device performance.

Medical imaging: They are utilised in contrast agents for diagnostic imaging. This application supports clinical assessments.

Environmental remediation: Nano rare earth oxides are employed in water treatment, air quality improvement and environmental remediation.

Quality Assurance for Nano Rare Earth Oxides :

Our Nano rare earth oxide products are procured from manufacturers with established quality control protocols. Each product is subjected to rigorous testing in accordance with industry standards.