Description

Specifications Table

Product Name – Europium(III) bromide hydrate, REacton™, 99.99% (REO)
Quantity/Pack Size – 25g, 5g
Form – Hydrate
Grade – REacton™, 99.99% (REO)
Application – Chemical synthesis, luminescent materials, research

Product Overview

Europium(III) bromide hydrate from REacton™ delivers exceptional purity at 99.99% (REO), making it a premium choice for demanding laboratory applications. This high-grade compound is meticulously processed to ensure minimal impurities, providing reliable performance in chemical synthesis, luminescent material development, and specialized research. The hydrate form enhances solubility in aqueous solutions, facilitating seamless integration into experimental protocols. Its consistent quality and traceability make it ideal for applications requiring precise stoichiometry and reproducibility. The REacton™ certification guarantees adherence to stringent quality standards, ensuring batch-to-batch uniformity. Whether used as a precursor in inorganic synthesis or as a dopant in optical materials, this europium bromide hydrate offers superior reactivity and stability. The product is packaged under inert conditions to preserve its integrity during storage and handling. Researchers and chemists can depend on its high purity to achieve accurate results in complex experimental setups.

FAQs

1. What is the exact purity level of this Europium(III) bromide hydrate?

The purity level is 99.99% based on rare earth oxide (REO) content, ensuring minimal impurities for high-precision applications.

2. Is this compound compatible with organic solvents?

While primarily soluble in water due to its hydrate form, it may have limited solubility in polar organic solvents like alcohols or DMSO.

3. Are there any storage precautions for maintaining its purity?

Store in a tightly sealed container under dry, inert conditions (e.g., nitrogen or argon) to prevent moisture absorption and hydrolysis.

4. Can this be used as a substitute for anhydrous Europium(III) bromide?

No, the hydrate form contains water molecules, which may interfere in reactions requiring anhydrous conditions. Use anhydrous variants for such applications.