In the landscape of chemical manufacturing, understanding the precise specifications of a compound is fundamental to its successful application. ALPHA-SOPHOROSE, identified by the CAS number 20880-64-2, is a pharmaceutical intermediate that demands a thorough understanding of its chemical attributes.

ALPHA-SOPHOROSE, with the molecular formula C12H22 O11, is a compound of significant interest in pharmaceutical synthesis. Its molecular weight is calculated at 342.2965. A key specification for this intermediate is its high purity, stated as 99%. This level of purity is critical for pharmaceutical applications, ensuring that downstream synthesis steps are not compromised by impurities, thus guaranteeing the quality and safety of the final drug product.

The physical properties of ALPHA-SOPHOROSE are equally important for process chemists. Its density is 1.76 g/cm3, providing essential data for volumetric calculations and formulation. Furthermore, its high boiling point of 700.9 °C at 760 mmHg indicates a compound that is relatively stable at elevated temperatures, which can be beneficial during certain synthesis stages. These detailed specifications are not merely technical data; they are crucial parameters that inform the selection and execution of chemical processes.

The compound falls under the category of Pharmaceutical Material, specifically as a Pharmaceutical Intermediate. This classification highlights its role as a building block in the creation of more complex pharmaceutical agents. The availability of reliable suppliers, particularly those in China, is often a crucial aspect of the supply chain for ALPHA-SOPHOROSE, ensuring consistent access for research and manufacturing purposes.

In summary, ALPHA-SOPHOROSE (CAS 20880-64-2) is an intermediate defined by its high purity and well-documented chemical specifications. These attributes position it as a valuable component for industries focused on pharmaceutical development and the production of specialized fine chemicals, underscoring the importance of precise chemical data in advancing scientific and industrial endeavors.