In the complex ecosystem of chemical production, specific intermediates often serve as the linchpin for successful synthesis and product development. 2-Heptylundecan-1-ol, a long-chain branched alcohol identified by CAS number 5333-44-8, is one such compound, critically important as both a pharmaceutical raw material and a versatile synthesis intermediate. Its unique branched aliphatic structure and terminal hydroxyl group provide a foundation for creating a range of sophisticated chemical products.

As a pharmaceutical raw material, 2-heptylundecan-1-ol's significance lies in its potential to be incorporated into drug molecules or used in the formulation of advanced delivery systems. Its lipophilic character and specific chain length can influence drug properties such as absorption and distribution. Furthermore, its application as a synthesis intermediate is broad, enabling the production of ester derivatives, ethers, and other functionalized compounds used in various industrial applications. For companies focused on innovation in drug development and specialty chemicals, securing a reliable source of this intermediate is essential.

We, as a China-based manufacturer and supplier, are dedicated to providing high-purity 2-heptylundecan-1-ol at competitive prices. Our commitment extends to ensuring consistent product quality and a stable supply chain, meeting the demands of both research laboratories and large-scale production facilities. We understand the critical nature of pharmaceutical raw materials and synthesis intermediates, and we maintain rigorous quality control throughout our manufacturing process.

For businesses seeking to procure 2-heptylundecan-1-ol, we offer a reliable and cost-effective solution. Our aim is to facilitate your R&D and production goals by providing timely access to this valuable chemical. Please contact our sales team to discuss your specific requirements, request pricing information, or to obtain a sample. Partner with us to secure your supply of 2-heptylundecan-1-ol and advance your chemical synthesis projects.