Introduction to the Erbium Element
Erbium is a critical element in various high-tech and industrial applications, valued for its combination of physical and chemical properties. As a lanthanide, erbium exhibits stability in air, a low rate of oxidation, and malleability, making it suitable for a range of uses.
Erbium plays a pivotal role in modern technologies, particularly in optics and telecommunications. Its ability to enhance optical fibres and amplify signals has made it essential in expanding global communication networks. Additionally, erbium's applications in laser technology and medical procedures highlight its importance in scientific research and healthcare solutions.
Erbium Products
Stanford Advanced Materials (SAM) offers a selection of high-purity erbium products, designed to meet the requirements of various industries, including telecommunications, medical technology, nuclear energy, and advanced research. All products are manufactured to high standards, ensuring consistent performance and reliability.
- Products: Erbium Powder, Erbium Sheet, Custom Erbium Forms
- Purity: 3N-4N
- Applications: Used as a metallurgical additive to lower hardness and improve workability when alloyed with metals such as vanadium. Ideal for applications requiring enhanced ductility and malleability.
- Products: Erbium Oxide (Er₂O₃) / Erbia, Erbium Fluoride (ErF₃), Erbium Nitrate
- Purity: 3N-5N
- Applications: Essential in semiconductor manufacturing, catalysis, and advanced material synthesis. Erbium oxide is used in infrared-absorbing glass and colouring agents for optical materials.
- Products: Erbium (Er), Erbium Oxide (Er₂O₃), Erbium Fluoride (ErF₃)
- Purity: 99%
- Applications: Critical for thin-film deposition processes in electronics and optics. Used in the fabrication of high-precision electronic components and optical devices.
- Products: Er₂O₃ Ceramic Substrates, Erbium-Doped Crystals
- Applications: Utilised in high-performance electronic components, heat sinks, and optical systems. Erbium-doped ceramics are used in laser technologies and optical amplifiers.
For erbium sputter targets, find here.
Key Advantages of Erbium Products
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Diverse Applications: Erbium's properties make it an essential element in various industries, including telecommunications, medical technology, nuclear reactors, and scientific research.
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Lasers and Optical Amplifiers: Erbium-doped materials are fundamental in erbium lasers and optical amplifiers, enhancing the efficiency of telecommunications networks and enabling precise medical procedures.
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Fibre Optic Communications: Erbium-doped fibre amplifiers (EDFAs) improve performance and reach of long-distance fibre optic communication systems, ensuring reliable data transmission.
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Precision and Purity: Our erbium products adhere to strict quality standards and specifications, ensuring high purity levels necessary for precision and consistent results in applications.
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Technical Expertise: SAM's team possesses knowledge in the properties and applications of erbium. We offer technical support and guidance, helping you leverage erbium's characteristics for your needs.
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Reliable Supply Chain: With a global presence and efficient logistics, SAM ensures a steady supply of erbium products to meet your requirements, regardless of your location.
Applications of Erbium
Erbium's properties make it necessary in various high-tech and safety-critical industries. Key applications include:
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Lasers and Optical Amplifiers: Erbium-doped materials are key components in erbium lasers and optical amplifiers, enabling advancements in telecommunications, medical treatments, and scientific research.
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Fibre Optic Communications: Erbium-doped fibre amplifiers (EDFAs) enhance the efficiency and reach of optical signals in long-distance communication networks, supporting data transmission.
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Metallurgy and Alloys: Erbium improves the workability and reduces the hardness of metal alloys, essential for producing durable materials used in various applications.
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Medical Applications: Erbium lasers are used in dermatology, dentistry, and other fields for surgical procedures and treatments, benefiting from erbium's ability to provide energy delivery with minimal thermal damage.
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Optical Materials: Erbium oxide is used as a dopant in optical fibres and amplifiers, enhancing performance in fibre optic communication systems.
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Photographic Filters: Erbium is used in photographic filters due to its light absorption properties across visible, ultraviolet, and near-infrared spectra, aiding in image capture and processing.
Why Choose Stanford Advanced Materials?
At Stanford Advanced Materials (SAM), we are committed to providing erbium products that meet industry standards. Our focus on quality, technical support, and reliable supply makes us the choice for erbium and its compounds.
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Quality: Our erbium products are available in high purity levels (3N-5N), ensuring performance in applications.
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Expert Support: Our technical team is ready to assist you in selecting the ideal erbium solution for your needs, offering guidance and support.
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Reliable Supply Chain: SAM's global presence and logistics guarantee the timely delivery of erbium products, ensuring that your projects remain on schedule.
Contact Us
For custom specifications, technical support, or to request a quote, please contact our team. We are here to assist you with all your erbium needs.
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