Isochroman, a compound identified by CAS number 493-05-0, is a heterocycle with a distinctive chemical structure that lends itself to a variety of industrial applications. Its molecular formula, C9H10O, provides the basic blueprint for its chemical behavior and reactivity. Often referred to by its synonym, 3,4-dihydro-1H-isochromene, Isochroman is an important molecule for chemists involved in organic synthesis, particularly in fields requiring precise molecular construction.

The utility of Isochroman as a pharmaceutical intermediate is well-documented. Its structure can be readily modified to create more complex molecules that form the basis of many drugs. This makes it an indispensable component in the synthesis pathways for a range of therapeutic agents. When sourcing this chemical, it is important for pharmaceutical companies to verify that the Isochroman they obtain meets established quality standards. Manufacturers in China, such as those producing for the global market, often adhere to benchmarks like USP, BP, and FCC to ensure the suitability of their products for medicinal applications. These standards provide assurance of purity and consistency, which are critical in drug development.

Beyond its role in pharmaceuticals, Isochroman also serves as a valuable compound in the broader field of fine chemicals. Its reactive sites allow for a variety of chemical transformations, making it a versatile reagent for creating specialty chemicals used in diverse industries. Research and development laboratories frequently utilize Isochroman to explore novel synthetic routes and to develop new materials with unique properties. The ability to buy Isochroman from reliable suppliers, including those in China, facilitates these advanced chemical processes.

The chemical profile of Isochroman, including its EINECS number (207-774-0) and molecular formula, is readily available for those seeking detailed technical information. When engaging with manufacturers, clarifying these details ensures that the correct compound is being procured. The competitive landscape for chemical suppliers means that companies can often find cost-effective solutions for Isochroman, particularly when sourcing from established producers in China who are committed to international quality protocols. Understanding these specifications is crucial for effective chemical synthesis and product development.

In essence, Isochroman (CAS 493-05-0) is more than just a chemical compound; it is a vital tool for innovation in the pharmaceutical and fine chemical sectors. Its chemical profile, coupled with adherence to rigorous quality standards, makes it a sought-after material. For companies looking to integrate this compound into their processes, seeking out suppliers, particularly from China, who emphasize quality and reliability, is a sound strategy for ensuring successful outcomes.