Methyl Linoleate Supplier: High Purity C18:2 Fatty Acid Methyl Ester for Biodiesel & Research

Explore high-quality Methyl Linoleate (CAS: 112-63-0), a critical component for biodiesel production and advanced chemical research. As a leading manufacturer and supplier in China, we offer competitive pricing for this versatile C18:2 methyl ester.

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Why Choose Our Methyl Linoleate

Exceptional Purity for Optimal Performance

Our Methyl Linoleate boasts a purity of ≥99.9%, ensuring superior performance in biodiesel formulations and accuracy in scientific studies. Purchase with confidence from our China-based facility.

Versatile Applications: Biodiesel and Research

This C18:2 methyl ester is classified as a biodiesel, offering a sustainable fuel alternative. Furthermore, its well-defined structure makes it an ideal model for oxidation/peroxidation assays, aiding in the evaluation of anti-peroxidation properties for various compounds.

Reliable Supply and Competitive Pricing

As a dedicated supplier of Methyl Linoleate, we guarantee a stable and consistent supply chain. Contact us to get a competitive price quote for your bulk or research-scale requirements, ensuring cost-effectiveness for your procurement.

Key Application Areas

Biodiesel Fuel Production

Leverage Methyl Linoleate as a primary component in the production of sustainable biodiesel, contributing to greener energy solutions. Find a reliable manufacturer for your fuel feedstock needs.

Chemical Research and Development

Utilize Methyl Linoleate (CAS: 112-63-0) as a model compound for lipid peroxidation studies and the assessment of antioxidant activities in various scientific investigations.

Industrial Formulations

Explore the use of this C18:2 methyl ester in specific industrial formulations requiring high-quality fatty acid derivatives. Get a quote for your specialty chemical requirements.

Nutraceutical and Vitamin Industry

Inquire about the potential applications of Methyl Linoleate in the nutraceutical and vitamin industries, benefiting from its natural ester properties.