Disalicylimide (CAS 1972-71-0): Synthesis, Properties, and Pharmaceutical Applications
Discover the crucial role of Disalicylimide in pharmaceutical research, its synthesis, and applications as a key intermediate and impurity standard.
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Disalicylimide
Disalicylimide, identified by CAS number 1972-71-0, is a vital chemical compound primarily utilized as a pharmaceutical intermediate and a critical reference standard for impurity analysis. We provide high-quality Disalicylimide, serving as a reliable supplier in China.
- Understanding the chemical synthesis pathways for Disalicylimide is key for efficient production.
- Explore Disalicylimide CAS 1972-71-0 synthesis methods for potential process optimization.
- As a reliable manufacturer in China, we offer Disalicylimide powder with guaranteed purity.
- Leverage Disalicylimide as a crucial reference standard for impurity analysis in pharmaceutical quality control.
Advantages of Using Disalicylimide
High Purity Assurance
Ensure accurate analytical results with our high-purity Disalicylimide, a critical component for pharmaceutical intermediate applications.
Critical Impurity Identification
Utilize Disalicylimide as a standard for identifying and quantifying impurities in pharmaceutical products, enhancing drug safety.
Reliable Chemical Synthesis
Our expertise in chemical synthesis pathways guarantees consistent quality and availability of Disalicylimide for your research and development needs.
Key Applications
Pharmaceutical Intermediates
Disalicylimide serves as a fundamental building block in the synthesis of various active pharmaceutical ingredients, contributing to innovative drug development.
Reference Standards
It is essential for quality control, used as a reference standard for the analysis of Deferasirox and other related pharmaceutical compounds.
Research and Development
Researchers utilize Disalicylimide in exploring new therapeutic agents and understanding complex reaction mechanisms in organic chemistry.
Chemical Synthesis
The controlled chemical synthesis pathways for Disalicylimide are crucial for ensuring its reliable supply to the global market.