Xanthogenamide, cataloged under CAS number 625-57-0, is a significant compound within the realm of chemical intermediates. Its utility in organic synthesis makes it a valuable asset for researchers and chemical formulators aiming to create new molecules and improve existing chemical processes. Understanding its characteristics and applications is key for any professional working with fine chemicals.

As a chemical intermediate, Xanthogenamide (C3H7NOS) serves as a crucial building block in multi-step synthesis. Its chemical properties, including a solid state and a melting point of 41°C, facilitate its handling and integration into various reaction setups. The demand for this compound stems from its potential to be transformed into a wide array of more complex organic molecules, which are often essential components in pharmaceuticals, agrochemicals, and advanced materials. For those in research and development, identifying reliable sources to buy Xanthogenamide is a critical first step.

The global chemical supply chain relies heavily on manufacturers that can produce intermediates like Xanthogenamide efficiently and to high purity standards. Many buyers turn to manufacturers in China for competitive pricing and consistent supply. When evaluating suppliers, it's important to consider their production capacity, quality assurance processes, and the clarity of their product specifications. The availability of this compound, identified by its CAS number 625-57-0, supports ongoing scientific discovery and industrial production.

For procurement managers, the sourcing of Xanthogenamide involves understanding market dynamics, including price fluctuations and availability. Establishing strong relationships with trusted chemical suppliers ensures a stable supply of this intermediate, which is vital for maintaining production schedules and research timelines. Companies that can consistently deliver high-quality Xanthogenamide are indispensable partners in the chemical industry.

In summary, Xanthogenamide (CAS 625-57-0) plays a pivotal role as a chemical intermediate. Its properties and versatility make it indispensable for many organic synthesis applications. By leveraging the expertise of manufacturers and suppliers, chemical professionals can effectively procure this compound, thereby advancing their research and production goals.