Zinc Iodide CAS 10139-47-6: Properties, Applications, and Safety for Industrial Use
Discover the essential details of Zinc Iodide, a key compound for pharmaceutical and industrial applications.
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Zinc Iodide
Zinc Iodide (CAS 10139-47-6) is a critical chemical compound identified by its molecular formula I2Zn and a molecular weight of 319.2. It is highly valued for its 98.0% purity and its characteristic white crystal appearance, making it a reliable choice for various demanding applications.
- Explore the zinc iodide 10139-47-6 purity and its implications for advanced chemical processes.
- Understand the white crystal zinc iodide properties that contribute to its effectiveness in different formulations.
- Gain insights into the zinc iodide chemical structure to better comprehend its reactivity and bonding characteristics.
- Learn why sourcing high-grade zinc iodide API is crucial for pharmaceutical development and manufacturing.
Advantages of Zinc Iodide
Consistent Quality
Leverage the consistent quality and high purity of zinc iodide for predictable results in your formulations. This is essential when seeking reliable zinc iodide industrial applications.
Versatile Applications
Its classification as an API and its inherent chemical properties allow for a wide range of uses, from pharmaceuticals to specialized industrial processes, highlighting its versatility.
Reliable Sourcing
Understanding the zinc iodide safety data sheet ensures proper handling and integration into your supply chain, providing peace of mind.
Key Applications
Pharmaceutical Industry
As an Active Pharmaceutical Ingredient (API), zinc iodide plays a role in the formulation and synthesis of various medicinal compounds, supporting the development of new treatments.
Laboratory Research
Researchers utilize zinc iodide for its specific chemical properties in laboratory settings, contributing to scientific discovery and innovation in chemistry and materials science.
Industrial Processes
The compound's characteristics make it valuable in various industrial applications, where its reactivity and purity are leveraged for specific chemical transformations and material enhancements.
Chemical Synthesis
Zinc iodide serves as a reagent or precursor in complex chemical synthesis, enabling the creation of specialized compounds and materials with desired properties.