Sodium Stearoyl Glycine, identified by its CAS number 6333-54-6, is a significant compound within the realm of specialty chemicals. Possessing a molecular formula of C20H39NO3 and a molecular weight of 341.53, this substance is recognized for its distinctive properties as a surfactant. Understanding its precise chemical characteristics is key to unlocking its full potential across various industrial sectors. When seeking to incorporate this chemical into production processes, identifying a reliable sodium stearoyl glycine manufacturer is a critical first step.

The appearance of Sodium Stearoyl Glycine as a white powder, with an assay of 90%, signifies a high degree of purity, which is essential for many chemical applications. Formulators often look into the specific sodium stearoyl glycine properties to determine its suitability for tasks such as emulsification, dispersion, or surface tension reduction. This detailed knowledge is vital for optimizing product performance and efficiency.

The question of what is sodium stearoyl glycine used for often leads to a broad range of industrial applications. Its function as a surface active agent makes it valuable in areas requiring modification of interfacial properties. Companies engaged in the production of detergents, emulsifiers, and various industrial formulations frequently rely on this chemical.

For businesses looking to procure this compound, knowing where to purchase sodium stearoyl glycine from reputable sources is paramount. This not only ensures product quality but also contributes to the reliability of manufacturing operations. The ability to buy sodium stearoyl glycine online from trusted vendors streamlines the procurement process.

The chemical industry's continuous innovation relies on the availability and understanding of such specialized compounds. As manufacturers strive to improve existing products and develop new ones, a deep dive into the capabilities of chemicals like Sodium Stearoyl Glycine becomes increasingly important. The journey from raw material to finished product often hinges on the careful selection and application of key chemical intermediates and additives.