NINGBO INNO PHARMCHEM CO.,LTD. is proud to supply Bismuth Citrate (CAS 813-93-4), a chemical compound that serves as a crucial building block for innovative formulations in demanding sectors like pharmaceuticals and cosmetics. Its unique characteristics make it indispensable for achieving specific product outcomes.

The chemical identity of Bismuth Citrate is defined by its molecular formula C6H5BiO7 and its physical form as a white crystalline powder. These bismuth citrate chemical properties, including its limited solubility, are critical for its effective use in various advanced formulations. Whether it's being integrated into pharmaceutical preparations for gastrointestinal health or utilized in cosmetic products for coloring effects, its chemical profile dictates its performance.

In the pharmaceutical industry, the bismuth citrate pharmaceutical applications are substantial. Its use in medications for conditions such as ulcers and digestive issues leverages bismuth's inherent properties. For manufacturers, ensuring the quality and purity of the Bismuth Citrate powder they source is paramount. Companies looking to buy Bismuth Citrate powder for these applications are seeking reliability and compliance with industry standards.

Similarly, the bismuth citrate applications in cosmetics, particularly in hair dyes, highlight its role in specialized formulations. The ability to achieve precise color results and the potential for added antimicrobial benefits make it a valuable ingredient. Sourcing high-quality Bismuth Citrate powder ensures that these cosmetic products deliver consistent and desirable outcomes for consumers.

NINGBO INNO PHARMCHEM CO.,LTD. is committed to facilitating advancements in these fields by providing Bismuth Citrate that meets exacting quality specifications. Our understanding of its chemical characteristics and industrial applications allows us to support our clients in developing sophisticated and effective products. Partner with us to access a key component that drives innovation in your formulations.