Buy Lutetium Oxide Powder | 99.999% 5N Rare Earth Oxide
Product Overview and Material Characteristics
This ultra-high purity Lutetium Oxide (\(Lu_{2}O_{3}\)) is a rare earth oxide with massive density and high thermal stability. We process this heavy lanthanide compound as a clean, white crystalline powder. The material provides an exceptional host lattice for solid-state lasers and specialized radiation detection equipment. Our facility uses advanced ion-exchange methods to refine the raw material. This technique separates trace elements down to the parts-per-million level. As a result, the final product features a highly stable cubic structure with an intense melting threshold.
Advanced research institutions value this rare earth material for its unique optical clarity. Specifically, engineering groups use it to manufacture scintillator crystals for medical scanning hardware. The powder blends cleanly into target matrices during chemical processing. Therefore, technicians achieve predictable grain sizing and avoid micro-cracks during high-temperature sintering phases.
We maintain strict cleanroom conditions during the final milling and packaging steps. This vigilance completely prevents cross-contamination from ambient dust or neighboring metals. Ultimately, you receive a reliable chemical agent that performs predictably under extreme testing parameters.
Technical Specifications and Chemical Analysis
Purity levels dictate the performance of rare earth materials in high-stress optical environments. The tables below show the exact mechanical, thermal, and chemical attributes of our 5N Ultra-High Purity Grade Lutetia. Use these metrics to verify compatibility with your existing laboratory equipment.
Physical and Thermal Milestones
| Property Parameter | Certified Value Profile | Verification Methodology |
|---|---|---|
| Chemical Name | Lutetium Oxide (Lutetia) | IUPAC Inorganic Standards |
| CAS Number | 12032-20-1 | Chemical Abstracts Service Registry |
| Molecular Formula | \(Lu_{2}O_{3}\) | X-Ray Fluorescence (XRF) Spectrum |
| Molecular Weight | 397.94 g/mol | Atomic Mass Calculation |
| Purity Metric | \(\ge \) 99.999% (5N Rare Earth Oxide) | Inductively Coupled Plasma Mass Spec |
| Melting Point | 2,427°C (4,401°F) | High-Temperature Thermal Analysis |
| True Density | 9.42 g/\(cm^{3}\) | Helium Pycnometry |
| Particle Size (\(D_{50}\)) | 2.5 — 4.5 \(\mu m\) | Laser Diffraction Particle Sizing |
Max Impurity Thresholds
Trace elements can ruin the scintillation properties of a host crystal. For this reason, our production team targets and removes specific competitive rare earth materials. The chart below establishes our maximum allowable contamination thresholds.
| Impurity Oxide | Upper Limit | Typical Batch Analysis |
|---|---|---|
| Ytterbium Oxide (\(Yb_{2}O_{3}\)) | < 2.0 ppm | Pass – Trace Level |
| Thulium Oxide (\(Tm_{2}O_{3}\)) | < 1.0 ppm | Pass – Trace Level |
| Erbium Oxide (\(Er_{2}O_{3}\)) | < 1.0 ppm | Pass – Trace Level |
| Lanthanum Oxide (\(La_{2}O_{3}\)) | < 0.5 ppm | Pass – Trace Level |
| Iron Oxide (\(Fe_{2}O_{3}\)) | < 1.0 ppm | Pass – Compliant |
| Silicon Dioxide (\(SiO_{2}\)) | < 3.0 ppm | Pass – Compliant |
Critical High-Tech Applications
Modern technology relies on Lutetium Oxide for its heavy atomic mass and nuclear characteristics. For example, its density lets it capture high-energy particles efficiently. This specific capability improves electronic tracking speeds across several industries.
1. Nuclear Medicine and PET Scintillators
Medical device manufacturers require \(Lu_{2}O_{3}\) to grow Lutetium Oxyorthosilicate (LYSO) crystals. These crystal blocks serve as the core sensors inside Positron Emission Tomography machines. The heavy lutetium atom stops incoming gamma rays instantly. This reaction yields incredibly sharp diagnostic images for oncology specialists.
2. Deep-Space Optical Systems and High-Index Glass
Aerospace engineers inject precise ratios of lutetia into custom glass formulations. This material addition adjusts the refractive index of the glass upward. Concurrently, the atomic alignment hardens the lens surface against cosmic radiation. This layer helps deep-space cameras capture clearer images over multi-decade missions.
3. Laser Host Crystals and Solid-State Physics
Solid-state physicists use this oxide to synthesize advanced host materials for high-power industrial lasers. The crystal lattice absorbs dopant ions like ytterbium without distorting its shape. Consequently, the resulting lasers run cooler and deliver a more consistent beam during precision metal cutting.
Available Retail Packaging & Instant Purchase Options
We provide transparent retail options for rapid laboratory deployment. You can completely bypass quote lines, purchase orders, and sales negotiations. Simply select your desired package size and purchase the material directly through our shopping cart.
Retail Catalog Packaging Tiers
| Product Variant | Package Size | Containment Configuration | Stock Status |
|---|---|---|---|
| Micro Vials | 10 Grams | Double-Sealed Poly bottle, Argon Purged | In Stock – Ships Today |
| Standard Bottles | 50 Grams | High-Density Polypropylene, Vacuum Pack | In Stock – Ships Today |
| Research Packs | 250 Grams | High-Density Polypropylene, Vacuum Pack | In Stock – Ships Today |
| Bulk Jars | 1 Kilogram | Heavy-Duty Storage Pail, Foil Barrier Lined | In Stock – Ships Today |
Direct Web Checkout
To purchase this oxide, click your target weight option inside the menu selection above. Next, pick your volume and proceed directly to our secure checkout fields. Our automated cart processes all major credit networks and corporate cards immediately. We protect the fine powder inside shock-resistant padding to ensure safe delivery during transit.
Mandatory Operational Disclaimer
For research and development, laboratory testing, or industrial manufacturing use only. This unformulated rare earth compound is not a dietary supplement, food additive, cosmetic additive, or drug compound. It is completely unfit for human consumption, direct medical therapies, or veterinary application. Buyers assume total responsibility for compliance with domestic chemical laws.
FAQ
How do your technicians refine this oxide to hit 5N purity?
Our production teams process raw rare earth concentrates using specialized liquid-liquid solvent extraction columns. This mechanical separation isolates the lutetium from adjacent thulium and ytterbium ions. Next, we use high-purity ion-exchange resin beds to eliminate final trace elements. Finally, we calcine the material at temperatures exceeding 1,000°C to burn away all leftover moisture and carbon remnants.
What storage procedures protect this powder from degrading?
Keep the chemical powder inside its original, tightly capped container. Store the package in a dry, dark, climate-controlled cabinet. Because Lutetium Oxide naturally absorbs airborne moisture and \(CO_{2}\), keep the inner foil seals intact until you need the material. This precaution ensures the oxide stays dry and free-flowing.
Can independent researchers buy this item instantly?
Yes, any verified buyer can complete a purchase using our standard online payment portal. We do not force users to build commercial enterprise accounts to view our stock or pricing. However, you must click and check our safety handling disclaimer box before the platform allows final order execution.
Does this material possess any trace radioactive hazards?
No, our refinement line isolates stable, non-radioactive lutetium isotopes. We actively scan our incoming source rocks using emission spectroscopy to verify this fact. This screening step filters out external actinide elements, delivering a totally safe material for standard laboratory environments.
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