Iridium Tetrachloride: A High-Purity Catalyst for Advanced Chemical Applications
Unlock groundbreaking chemical reactions with a versatile and potent iridium-based catalyst.
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Iridium Tetrachloride
Discover the essential role of Iridium Tetrachloride as a premium metal catalyst. Renowned for its high purity and substantial iridium concentration, this compound is a cornerstone for advanced chemical synthesis and analysis.
- Leverage the power of iridium tetrachloride catalyst for superior performance in organic synthesis reactions.
- Utilize iridium tetrachloride for precise chemical analysis, ensuring accurate results in laboratory settings.
- Enhance your microscopy techniques with the reliable properties of iridium tetrachloride.
- Explore the potential of iridium tetrachloride in specialized plating solutions for industrial applications.
Key Product Advantages
Exceptional Purity and Content
Benefit from a minimum purity of 97%, with an iridium content of approximately 54.5%, ensuring consistent and effective catalytic activity for your iridium tetrachloride precursor needs.
Versatile Solubility Profile
Experience the convenience of iridium tetrachloride's solubility in water, alcohol, and dilute hydrochloric acid, simplifying its integration into various chemical processes.
Catalytic Excellence
As an effective iridium tetrachloride catalyst precursor, this compound is vital for stereoselective reductions and a wide array of organic synthesis pathways.
Key Applications
Catalysis
Employ iridium tetrachloride catalyst as a key component in driving complex chemical reactions and enabling advanced organic synthesis.
Chemical Analysis
Rely on iridium tetrachloride for critical chemical analysis, facilitating accurate testing and reliable outcomes in research environments.
Microscopy
Enhance your observational studies with iridium tetrachloride, known for its utility in microscopy applications.
Plating Solutions
Utilize iridium tetrachloride in specialized plating solutions, contributing to high-quality surface treatments in industrial processes.