Methyl Linoleate (CAS: 112-63-0) is more than just a chemical compound; it's a key player in sustainable energy and a vital tool in scientific exploration. As a C18:2 fatty acid methyl ester, its molecular structure provides unique properties that make it highly sought after in both the biofuel industry and cutting-edge research laboratories. Understanding the science behind this versatile ester is crucial for anyone looking to buy Methyl Linoleate.

The primary industrial application of Methyl Linoleate is its role as a component in biodiesel production. Its classification as a biodiesel stems from its long methyl ester chain, which facilitates efficient combustion in diesel engines. This makes it an attractive alternative to traditional fossil fuels, aligning with global efforts to reduce carbon emissions and promote renewable energy sources. For companies aiming to integrate sustainable practices, securing a reliable supply of Methyl Linoleate from a trusted manufacturer in China is a strategic move. The quality and consistency of the feedstock directly impact the performance and environmental benefits of the final biodiesel product.

In the scientific arena, Methyl Linoleate is highly valued as a model compound for studying lipid peroxidation and assessing the efficacy of antioxidants. Lipid peroxidation is a process where unsaturated fats are oxidized, leading to cellular damage. Methyl Linoleate, with its multiple double bonds, is particularly susceptible to this process, making it an ideal subject for research. Scientists use it to evaluate how various compounds, such as natural extracts or synthetic molecules, can inhibit or slow down oxidation. This research is critical for developing new pharmaceuticals, food preservatives, and cosmetic ingredients that protect against oxidative stress. If you are involved in such research, it is essential to purchase high purity fatty acid methyl ester like Methyl Linoleate.

The chemical and physical properties of Methyl Linoleate further enhance its utility. It is typically a transparent, pale to dark yellow liquid with a high purity level (often ≥99.9%). This liquid state allows for easy handling and mixing in various formulations. Its specific gravity and boiling point characteristics are also well-documented, enabling precise incorporation into complex chemical processes or analytical procedures. When considering your procurement needs, understanding these specifications will help you select the right grade of Methyl Linoleate for your intended use.

For those looking to source Methyl Linoleate, exploring the market for the best Methyl Linoleate price is a common practice. However, it's important to consider the overall value proposition, which includes product quality, supply reliability, and supplier expertise. Partnering with a reputable Methyl Linoleate supplier, especially one based in China, can offer significant advantages in terms of cost-effectiveness and accessibility. These suppliers often have robust quality control systems in place to meet the rigorous demands of both industrial and research clients.

In conclusion, Methyl Linoleate (CAS: 112-63-0) bridges the gap between sustainable energy and scientific discovery. Whether you need it for advanced biofuel production or sophisticated antioxidant research, understanding its properties and sourcing it from reliable partners is key. Ensure you are working with a trusted Methyl Linoleate manufacturer to guarantee the quality and performance you require.