The global push for sustainable energy solutions has intensified the demand for advanced materials in electrochemical applications. Ionic liquids (ILs), particularly 1-Butyl-3-methylimidazolium Nitrate (BMIM NO3), are at the forefront of this revolution, offering unique properties that enhance the performance and safety of energy storage and conversion devices. As a premier manufacturer and supplier of BMIM NO3 (CAS: 179075-88-8) from China, we are dedicated to providing the materials that power innovation.

BMIM NO3, with its chemical formula C8H15N3O3 and purity typically above 95%, exhibits excellent electrical conductivity and remarkable thermal stability. These characteristics are fundamental to its widespread adoption in electrochemical systems. Unlike conventional liquid electrolytes, ionic liquids like BMIM NO3 possess negligible vapor pressure, significantly improving safety by reducing flammability and volatility. This makes them ideal for applications where extreme conditions or long operational lifespans are required.

In the realm of batteries, BMIM NO3 serves as a highly effective electrolyte. Its high ionic conductivity ensures efficient charge transport between electrodes, leading to improved power density and cycling stability. Similarly, in supercapacitors, it enables rapid charge-discharge rates and higher energy storage capacities. The hydrophilic nature of BMIM NO3 also lends itself well to applications in fuel cells, facilitating proton transport or acting as a component in advanced membrane technologies.

Researchers and engineers seeking to buy premium-grade BMIM NO3 for their battery, fuel cell, or supercapacitor projects will find our product to be of exceptional quality. Our commitment as a manufacturer ensures consistent purity and performance, critical for the reliability of electrochemical devices. The price of BMIM NO3 from our facility in China is competitive, reflecting our dedication to making cutting-edge materials accessible to the global market.

The potential of BMIM NO3 extends beyond energy storage. Its stability and conductivity also make it valuable in electroplating, sensor technologies, and as a reaction medium for electrocatalysis. As the field of electrochemical engineering continues to advance, materials like BMIM NO3 will play an increasingly vital role. We encourage professionals to consider us as their go-to supplier for this essential ionic liquid, ensuring they have access to materials that can truly power the future.