About Gadolinium Oxide (12064-62-9)
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Technical profile of Gadolinium Oxide, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
CAS Number: 12064-62-9
Synonyms: Gadolinium Trioxide, Digadolinium Trioxide
Industrial Uses & Applications:
Gadolinium Oxide Is A Rare Earth Metal Oxide Widely Used In Advanced Industrial, Electronic, And Medical Applications. Gadolinium Oxide Is Commonly Used In Magnetic Resonance Imaging Mri Contrast Agents, Solid State Lasers, Phosphors, And Electronic Ceramics.
Versatile Industrial ApplicationsGadolinium oxide stands out in the industrial sector for its multi-faceted applications. It plays an essential role in developing phosphors for visual and radiological equipment, elevates the performance of ceramics, and is a valuable additive for catalysts and specialized glass. Its use extends to the production of magnetic materials, making it a cornerstone in advanced manufacturing.
Distinct Physical and Chemical PropertiesThis compound appears as a fine white powder with a high melting point of 2410C and an impressive refractive rate of 1.93. Its purity range (99-99.9%) ensures suitability for demanding technical uses. Gadolinium oxide does not dissolve in water but responds efficiently to acids, facilitating various processing and application needs in the industry.
FAQ's of Gadolinium Oxide (12064-62-9):
Q: How is gadolinium oxide typically utilized in industrial processes?
A: Gadolinium oxide is primarily used as a neutron absorber in nuclear reactors and as a critical precursor in making phosphors for television screens and X-ray imaging. Additionally, it is added to ceramics, glass, and catalysts to improve their properties, and serves as a starting material for manufacturing other gadolinium compounds.
Q: What are the benefits of using gadolinium oxide in optical glass production?
A: Gadolinium oxide is valued in optical glass production due to its high refractive index (1.93), which enhances light transmission and clarity. Glasses containing gadolinium oxide are used in precision optics and specialized applications requiring high optical performance.
Q: When should gadolinium oxide be considered as a material for manufacturing?
A: Gadolinium oxide is recommended when high thermal stability, neutron absorption, or advanced optical properties are required. Industries manufacturing phosphors, ceramics, MRI contrast agents, and catalytic materials can benefit from its unique attributes.
Q: Where can I obtain high-purity gadolinium oxide in India?
A: High-purity gadolinium oxide (99-99.9%) can be sourced from reputable chemical manufacturers and suppliers across India. These suppliers cater to industrial, scientific, and manufacturing sectors requiring reliable and quality-assured materials.
Q: What is the process for converting gadolinium oxide into gadolinium-based MRI contrast agents?
A: Gadolinium oxide acts as a starting material in a multistep chemical process where it is first dissolved in acid, then reacted with specific chelating agents to produce water-soluble gadolinium complexes suitable for medical imaging applications.
Q: How does the insolubility of gadolinium oxide in water impact its industrial usage?
A: Since gadolinium oxide is insoluble in water but soluble in acids, it remains stable and easy to handle in dry industrial environments and can be processed or converted to other compounds when necessary using acidic solutions.