Understanding Lutetium Oxide (CAS 12032-20-1): Properties and Procurement for R&D
For researchers and scientists engaged in cutting-edge materials science, understanding the fundamental properties of key inorganic compounds is crucial for successful R&D. Lutetium Oxide (Lu2O3), identified by CAS number 12032-20-1, is a rare earth metal oxide that presents a unique set of characteristics making it valuable for various scientific investigations and advanced material development. As a manufacturer dedicated to supplying high-quality Lutetium Oxide, we aim to equip R&D professionals with the knowledge and materials they need.
Lutetium Oxide is typically found as a white powder, characterized by its high density (around 9.42 g/mL) and an exceptionally high melting point, approximately 2487°C. Its insolubility in water is a key property, simplifying its handling in certain aqueous-based research environments. Furthermore, it exhibits hygroscopic tendencies, meaning it can absorb moisture from the air, necessitating careful storage under inert conditions, typically in a dry and cool environment. These physical attributes are significant for scientists working with it in powdered form or incorporating it into composite materials.
From a chemical perspective, Lutetium Oxide's wide bandgap (around 5.2–5.5 eV) and high dielectric constant make it a subject of interest in the fields of solid-state physics and electronics. It's often explored for its potential in developing novel semiconductor materials, high-k dielectrics, and advanced optical components. Researchers might be investigating its use in scintillators, where its properties can contribute to efficient detection of radiation, or as a host material for luminescent ions in phosphors.
Procuring Lutetium Oxide for R&D purposes requires assurance of purity and reliable availability. Scientists often need smaller quantities for initial experiments, but they also need the confidence that if their research scales up, a consistent supply of the same quality material will be available. This is where partnering with a dedicated China manufacturer becomes advantageous. We offer Lutetium Oxide in various grades, from 99% to ultra-high purity 99.999%+, catering to the diverse needs of research laboratories. When you buy Lutetium Oxide for your R&D projects, consider the importance of sourcing from a supplier that can provide lot-to-lot consistency and thorough quality documentation.
We understand that R&D budgets and timelines are critical. Therefore, we strive to provide competitive pricing for Lutetium Oxide, especially for bulk purchases, while maintaining our commitment to quality. If your research involves advanced ceramics, catalysts, specialty glasses, or exploring new electronic or optical materials, Lutetium Oxide (CAS 12032-20-1) is a compound worth investigating. We encourage all R&D professionals to inquire about our product offerings and how we can support your scientific endeavors.
Perspectives & Insights
Bio Analyst 88
“It's often explored for its potential in developing novel semiconductor materials, high-k dielectrics, and advanced optical components.”
Nano Seeker Pro
“Researchers might be investigating its use in scintillators, where its properties can contribute to efficient detection of radiation, or as a host material for luminescent ions in phosphors.”
Data Reader 7
“Procuring Lutetium Oxide for R&D purposes requires assurance of purity and reliable availability.”