Understanding the chemical and functional properties of key intermediates is fundamental for professionals in the pharmaceutical and fine chemical industries. Erastin, identified by CAS 571203-78-6, is one such compound that garners significant attention due to its utility as both an inhibitor and a critical API intermediate. This article explores its core characteristics and provides insights into its manufacturing and sourcing.

Erastin possesses a molecular formula of C30H31ClN4O4 and a molecular weight of 547.04. As supplied, it typically presents as a white to beige solid, with a minimum purity specification of 97%. This degree of purity is crucial for its applications, ensuring predictability and reliability in complex chemical reactions. For companies seeking to purchase Erastin, confirming these specifications with the manufacturer or supplier is a standard procurement practice.

The primary applications of Erastin are rooted in its capabilities as a chemical inhibitor and its role as a pharmaceutical intermediate. As an inhibitor, it can be employed to control or block specific molecular processes, a common requirement in drug development to fine-tune therapeutic effects or synthesis pathways. Its function as an API intermediate highlights its importance as a structural component in the creation of active pharmaceutical ingredients. These dual roles make Erastin a valuable compound for various research and development projects.

For those interested in the manufacturing of Erastin, adherence to strict quality control measures is paramount. Reputable manufacturers, such as those found in China, focus on consistent production processes to ensure the high purity and chemical integrity of the compound. When you are looking to buy Erastin, understanding the manufacturing origin and quality assurance protocols of the supplier is beneficial. This often involves verifying production standards and requesting detailed technical documentation.

Ningbo Inno Pharmchem Co., Ltd., for instance, emphasizes its role as a supplier and manufacturer of such intermediates, highlighting the importance of reliable sourcing for global clients. The ability to procure compounds like Erastin efficiently and at competitive prices is a significant advantage for any pharmaceutical or chemical research entity. Therefore, identifying and establishing relationships with trusted Erastin suppliers in China is a strategic move to secure a consistent supply chain for critical research and manufacturing needs.

In essence, Erastin represents a key building block in modern chemical synthesis. Its specific properties and applications underscore the need for careful sourcing and procurement, ensuring that the quality and reliability required for pharmaceutical and advanced chemical applications are met.