

High-purity Gadolinium Oxide (Gd₂O₃, CAS 12064-62-9) supplied by Zyntex. Premium rare earth compound optimized for MRI contrast agents, neutron shielding, and advanced ceramics.
In modern diagnostic medicine, enhancing contrast clarity during Magnetic Resonance Imaging (MRI) scans is essential for accurate pathology detection. Gadolinium Oxide serves as the fundamental chemical precursor utilized to synthesize safe, effective gadolinium-based contrast agents. For instance, clinical professionals depend on these specialized compounds to highlight tissue vascularity and structural abnormalities with unprecedented precision. Consequently, secure supply chains for pharmaceutical-grade gadolinium are vital for healthcare infrastructure. As a result, Zyntex coordinates compliant international shipping to deliver reliable raw materials to medical manufacturing partners.
Beyond clinical applications, gadolinium oxide plays an indispensable role in heavy industrial and nuclear sectors. Moreover, nuclear engineering firms integrate Gd2O3 into control rods and neutron shielding blankets to moderate core reactions reliably. At the same time, electronic ceramic manufacturers utilize it to stabilize dielectric properties in multilayer capacitors. Ultimately, Zyntex bridges raw rare earth refining with cutting-edge technological execution.
This specialized rare earth compound is specifically vital across four core technological sectors:
Essential feedstock for diagnostic agents; thus enhancing medical imaging resolution.
Captures thermal neutrons effectively; consequently providing robust reactor safety control.
Stabilizes microelectronic capacitors; undoubtedly optimizing high-frequency circuit performance.
Increases glass refractive indices; specifically upgrading precision lens manufacturing.
| Property Metric | Zyntex Certified Specification |
|---|---|
| Product Description | Gadolinium Oxide (Gd2O3) |
| Purity Grade (REO) | 99.9% to 99.999% |
| CAS Registry Number | 12064-62-9 |
| Physical Presentation | Immaculate White Fine Powder |
🔬 Regulatory & Reference Data: For comprehensive safety documentation and physical constants, please visit: PubChem Compound Portal (External Link)