High Purity Ethyl Arachidonate Manufacturer & Supplier | Chemical Synthesis & Formulation

Discover high-purity Ethyl Arachidonate (CAS 1808-26-0), a versatile C22H36O2 organic compound with a molecular weight of 332.52. Ideal for specialized organic chemical preparations, we offer reliable supply and competitive manufacturer pricing.

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Key Advantages of Sourcing Ethyl Arachidonate

Guaranteed Purity for Critical Applications

Our Ethyl Arachidonate is supplied with a purity of ≥98%, making it suitable for complex synthesis projects where precise chemical composition is paramount. If you are looking to buy high purity ethyl arachidonate, we are your premier choice manufacturer.

Stable Supply Chain & Competitive Price

Leverage our robust manufacturing capabilities to ensure a consistent supply of Ethyl Arachidonate. We offer competitive ethyl arachidonate supplier prices, making it cost-effective for bulk purchases and ongoing production needs. Get your quote today!

Expertise in Specialty Organic Chemicals

With years of experience, we understand the intricacies of specialty organic chemicals. Trust us as your reliable ethyl arachidonate manufacturer for consistent quality and dedicated technical support, ensuring your projects achieve optimal outcomes.

Applications of Ethyl Arachidonate

Specialty Organic Chemical Preparation

Ethyl Arachidonate serves as a key intermediate in the synthesis of various specialized organic compounds, driving innovation in chemical research and development.

Research and Development

Researchers can purchase ethyl arachidonate for laboratory use, exploring new synthetic pathways and material properties. As a high-quality supplier, we facilitate these advancements.

Pharmaceutical Intermediates

Its unique structure makes it valuable as a precursor in the development of pharmaceutical agents, contributing to the creation of novel therapeutics.

Biochemical Research

As a fatty acid ethyl ester, it finds use in studies related to lipid metabolism and biochemical pathways, offering insights into cellular processes.