Bismuth Iodogallate, bearing the CAS number 138-58-9, is a compound that warrants closer examination for its chemical and physical characteristics. Understanding these properties is fundamental for anyone looking to utilize this substance, whether in research, development, or manufacturing processes. This article aims to provide a clear overview of Bismuth Iodogallate's key attributes and explore its potential applications across different sectors.

Chemically, Bismuth Iodogallate is described with a molecular formula of C7H6BiIO6. Its appearance is noted as white to yellow beads, suggesting a certain physical form that can be important for handling and formulation. The compound exhibits a high boiling point of 501.1℃ at 760mmHg, indicating thermal stability under certain conditions. Furthermore, its flash point is recorded at 271℃, which is a critical safety parameter for storage and use. The vapor pressure is exceptionally low at 7.32E-11mmHg at 25℃, implying minimal volatility. These technical specifications are crucial for chemical engineers and researchers when designing processes or assessing suitability for specific applications. The compound is often sought by those interested in bismuth compounds or specialized organic intermediates.

The potential uses of Bismuth Iodogallate span several industries, including fine chemicals, cosmetics, and pharmaceuticals. While specific applications are diverse and depend on its unique chemical interactions, its presence in these sectors highlights its utility. For instance, in the realm of fine chemicals, it might serve as a reagent or an intermediate in complex organic syntheses. In the cosmetics industry, compounds with bismuth can sometimes be used for their pigmentary or protective properties, although specific regulatory approval and formulation compatibility are always key considerations. Similarly, within the pharmaceutical field, bismuth compounds have historically seen use, and Bismuth Iodogallate could be explored for its potential therapeutic or intermediate roles. Access to this chemical through reliable manufacturers in China ensures that researchers and industries can investigate these potential applications further.

When considering the use of Bismuth Iodogallate, it is essential to consult comprehensive technical data and safety information. Buyers looking to purchase this chemical can find detailed specifications and reliable sources through various chemical suppliers. The accessibility of this compound from manufacturers in China makes it a viable option for global markets seeking specialized chemical ingredients. By understanding the properties and potential applications of Bismuth Iodogallate, industries can make informed decisions about its integration into their processes and product development cycles.