1.The outstanding application performance of fluorine-carbon batteries results in a larger specific capacity and higher energy density, making them highly suitable for miniaturization and lightweighting.
2. Outstanding high-temperature resistance: The fluorocarbon material itself has excellent thermal stability. It does not decompose at high temperatures (≤ 600°C) and does not crystallize at low temperatures. Therefore, the lithium fluorocarbon battery maintains a good capacity at high temperatures, and the improved battery can operate within the temperature range of -40 to +150°C.
3. Excellent discharge performance. The working voltage can reach above 3V. Moreover, during the battery's operation, carbon fluoride is converted into lithium fluoride and conductive carbon, with an almost 100% utilization rate. The discharge platform is stable, and the working voltage can be maintained until the end of discharge.
4. Excellent storage performance The fluorocarbon battery has a very low self-discharge rate, less than 1%, and its storage life can reach over 10 years, whether during use or in normal storage conditions.
5. Superior safety performance: The battery possesses excellent chemical stability and physical stability. Experimental results have shown that it maintains high safety even under misused conditions such as short circuit, compression, collision, over-discharge, and high temperature.
6.During the production, use and disposal of green and environmentally friendly batteries, no heavy metals are involved.
