Erbium Compound

About Erbium Compounds

Erbium Oxide (Er2O3) / Erbia: 3N-5N

Erbium oxide is occasionally used in infrared absorbing glass. It is applied in protective eyewear for welders and metalworkers. When incorporated into glass, it produces a pink colour. It is used to colour certain sunglasses and imitation gemstones.

Erbium oxide is highly insoluble and thermally stable. It serves as a source of Erbium for glass, optics and ceramic applications. This solid compound exhibits a pink colour. It may also serve as a neutron poison in nuclear fuel.

Stanford Advanced Materials (SAM) supplies Erbium Fluoride (ErF3), Erbium Oxide (Er2O3) / Erbia, Erbium Trihydride (ErH3) and Erbium Dihydride (ErH2).

Advantages of Erbium Compounds:

Diverse Range: We provide a wide range of Erbium compounds. Our portfolio includes various forms and compositions to meet specific project requirements. Products range from powders and solutions to custom compounds.

Distinct Properties: Erbium compounds exhibit optical, magnetic and catalytic properties. They are employed in sectors that specify precise performance metrics.

Precision Engineering: Our Erbium compounds are produced using advanced manufacturing techniques. These methods yield consistent material properties. They enable design and fabrication with measured reliability.

Customised Solutions: Collaborate with us to develop Erbium compounds tailored to your project needs. We supply specific compositions and forms as required.

Versatile Applications:

Optical Devices: Erbium compounds are utilised in optical applications such as lasers, amplifiers and light-emitting devices. They enhance operational precision and performance.

Magnetic Materials: The magnetic properties of Erbium compounds are applied in data storage, sensors and electronic devices. They meet defined technical specifications.

Catalysis: Erbium compounds increase the rate of chemical reactions. They deliver measurable improvements in reaction efficiency.

Energy Technologies: Erbium compounds contribute in fuel cells, batteries and renewable energy systems. They offer quantifiable gains in energy performance.

Medical Imaging: Erbium compounds are employed in medical imaging technology such as MRI. They assist in obtaining clear and defined imaging results.

Why Should You Choose Our Erbium Compounds?

Quality Assurance: Our Erbium compounds undergo stringent quality control tests. They meet industry standards for purity and performance, as verified by technical measurements.

Expertise: We have extensive experience in compound synthesis and application. Our team provides support to ensure that project criteria are met.

Customised Solutions: We collaborate with clients to develop Erbium compounds that align with project objectives. This process ensures consistent experimental results.

Reliability: We have a proven track record in supplying Erbium compounds that meet predefined performance specifications. We consistently deliver materials of measured quality.