In the rapidly advancing field of material science and chemical engineering, ionic liquids (ILs) are increasingly recognized for their unique and tunable properties. These salts, liquid at ambient temperatures, offer a compelling alternative to conventional solvents and find applications across diverse sectors. Among the most studied and utilized is 1-octyl-3-methylimidazolium tetrafluoroborate, commonly abbreviated as OMIM BF4. Understanding its detailed characteristics is crucial for researchers and industrial users looking to harness its full potential.

As a leading manufacturer of high-purity ionic liquids, we are committed to providing comprehensive information about our products. OMIM BF4, with its CAS number 244193-52-0, is a prime example of an imidazolium-based ionic liquid known for its exceptional properties. Its molecular formula is C12H23BF4N2, and it typically presents as a light yellow to brown clear liquid. The reported purity is often 99%, ensuring its suitability for critical applications where trace impurities can be detrimental. When you are ready to buy, selecting a reputable supplier is paramount.

Key physical and chemical properties of OMIM BF4 include a low melting point of -80°C, making it easily handled under various laboratory conditions. Its decomposition temperature is a notable 376°C, indicating excellent thermal stability which is vital for high-temperature processes. The ionic conductivity is reported at 0.58 ms/cm, an important metric for electrochemical applications like batteries and supercapacitors. The viscosity of 439 cP and density of 1.09 g/cm³ also provide valuable data for process design and engineering. For those interested in the price, these specifications directly influence its value and application suitability.

The insolubility in water for some of its counterparts, or limited solubility, is a characteristic that can be leveraged in separation processes. Impurity content, such as methylimidazole and halogen content, are typically kept below 1000 ppm, with water content also maintained at similarly low levels. These stringent purity controls are a hallmark of our commitment as a dedicated manufacturer, ensuring consistency across batches.

The applications of OMIM BF4 are broad, ranging from electrolytes in energy storage devices and green solvents in chemical synthesis to media for advanced separation techniques. Its versatility makes it a compound of significant interest for both academic research and industrial development. As a trusted global supplier, we strive to make this advanced material accessible. We encourage you to request a quote for OMIM BF4 and discover how its well-defined properties can benefit your projects. Partner with us to purchase high-quality ionic liquids and drive your innovation forward.