Description
Specifications Table
Product Name – Neodymium(III) oxide, REacton|r, 99.9% (REO)
Quantity/Pack Size – 1kg, 50g, 250g
Form – Powder
Grade – REacton, 99.9% (REO)
Application – Catalysis, glass coloring, laser materials, chemical synthesis
Product Overview
Neodymium(III) oxide (Nd₂O₃) from REacton is a high-purity rare earth metal oxide with 99.9% REO (Rare Earth Oxide) content, designed for demanding laboratory and industrial applications. This fine, free-flowing powder exhibits exceptional chemical stability and thermal resistance, making it suitable for specialized processes where consistency and purity are critical. The REacton grade ensures minimal impurities, with controlled particle size distribution for uniform reactivity in catalytic systems, glass formulations, or advanced material synthesis. Its strong light absorption properties in the infrared spectrum also make it valuable for optical applications, including laser crystals and specialty glass production. The oxide form provides better handling safety compared to metallic neodymium while maintaining high reactivity when required. Packaged under inert conditions to prevent moisture absorption, this product maintains its integrity during storage and transportation. Whether used as a precursor for neodymium metal production or directly in ceramic formulations, this oxide delivers reliable performance in both research and production environments.
FAQs
1. What is the difference between REacton grade and standard neodymium oxide?
REacton grade neodymium oxide undergoes additional purification steps to achieve 99.9% REO purity with stricter control over trace metal impurities and particle size distribution compared to standard grades.
2. Can this product be used for making neodymium magnets?
While neodymium oxide is a precursor for neodymium metal production, additional processing steps including reduction and alloying with iron and boron are required to manufacture neodymium magnets.
3. What precautions should be taken when handling this powder?
Use in a well-ventilated area with proper respiratory protection, as fine oxide powders can become airborne. Avoid skin contact and moisture exposure, which can cause clumping or hydrolysis.
4. How does the particle size affect its applications?
Smaller particle sizes offer higher surface area for catalytic applications but may require different dispersion techniques, while larger particles are often preferred for glass manufacturing to prevent settling issues.
5. Is this product compatible with standard laboratory glassware?
Yes, but prolonged contact with glass at high temperatures may cause slight discoloration due to neodymium’s strong coloring properties in silicate matrices.
