In the intricate world of chemical synthesis, certain compounds stand out for their utility as building blocks and intermediates. Oleoyl Ethanolamide (OEA), identified by its CAS number 111-58-0, is one such molecule, valued for its unique chemical structure and biological relevance. For chemical manufacturers and R&D scientists engaged in synthetic chemistry, understanding the properties and sourcing of OEA is crucial for their projects.

Oleoyl Ethanolamide is characterized by its fatty acid amide structure, comprising an oleic acid moiety linked to ethanolamine. This structure makes it an interesting substrate and intermediate in various chemical reactions. While often discussed for its biological activities, such as being a PPARα agonist, its utility as a precursor or reagent in chemical synthesis is equally important for industry professionals. Sourcing this compound often begins with searches for 'Oleoyl Ethanolamide manufacturer' or 'CAS 111-58-0 supplier', especially from regions known for robust chemical production like China.

The demand for OEA as a chemical intermediate is driven by its potential to be modified into various derivatives or incorporated into larger molecular structures. Its amide linkage and the unsaturated fatty acid chain offer reactive sites that synthetic chemists can exploit. For companies looking to 'purchase Oleoyl Ethanolamide' for synthesis, ensuring a consistent supply of a specific purity level is paramount. Suppliers that offer detailed specifications, including isomeric purity if relevant, are highly valued.

When considering the 'price of Oleoyl Ethanolamide' for synthesis purposes, factors such as the scale of production and the required purity will significantly influence the cost. Bulk purchasing from manufacturers can offer considerable cost advantages, making it more feasible for large-scale synthetic routes. Additionally, understanding the raw materials required for OEA synthesis, such as oleic acid and ethanolamine, can provide insights into its overall production cost and availability.

For those in the business of chemical synthesis, identifying a dependable 'Oleoyl Ethanolamide supplier' is critical. This involves evaluating their manufacturing capabilities, quality assurance processes, and logistical support. A supplier that can provide technical documentation, such as Material Safety Data Sheets (MSDS) and Certificates of Analysis (CoA), is essential for compliance and quality control. Engaging with 'Oleoyl Ethanolamide wholesale' providers can streamline the procurement process for industrial applications.

In conclusion, Oleoyl Ethanolamide is more than just a biologically active compound; it is a valuable intermediate in chemical synthesis. By understanding its chemical characteristics and navigating the market for reliable manufacturers and suppliers, chemists can effectively integrate OEA into their synthetic strategies, paving the way for new compound development and innovation.