Unexploded lithium battery comes out

When we think of lithium batteries exploding, we first think of mobile phones, such as the infamous Samsung Note7, and various iPhone explosions and fires. Obviously, the biggest disadvantage of lithium batteries is instability, but it is still the most widely used high-energy density battery, even in electric vehicles; future battery technologies, such as graphene and supercapacitors, still have a way to go. So, think again: Is there a way to make lithium batteries more stable? Amionx, a foreign battery manufacturer, recently implemented this policy and processed a new type of lithium battery that will not burst or catch fire even if it is squeezed or ignited by a hydraulic press. Lithium batteries that do not explode are unstable due to lithium ions, and lithium batteries (including lithium polymer batteries) tend to catch fire when subjected to strong external forces. For example, if a mobile phone falls heavily or even slightly bends the body, a fire may occur, which can be said to be risky. The solution for electric vehicles that are more prone to accidents is SafeCore's laminate, which adds the impact resistance of the battery. However, the number of accidents and fires that occur in Tesla each year proves that the laminates are not good enough. Amionx lithium batteries use a completely different treatment method: a special chemical coating. It looks very dark, each battery only needs one scoop, and then it is completely encapsulated in a lithium battery laminated with electrodes. The special coating Amionx lithium battery manufacturing process for amine-ion lithium batteries took 4 years to develop this special formula. It creates a gap between the positive and negative electrodes of the battery to prevent battery short-circuits and fire. During the inspection, the police fired a policeman. The 223-caliber rifle was pointed at the Amionx lithium battery. The battery was damaged but did not catch fire. As for hydraulic presses and metal needles, do not use Amionx lithium batteries. In fact, Amionx has now received Qualcomm's attention and received funding last year. At present, the difficulty lies in capital and value. 1 million lithium batteries per year are obviously not enough to meet the demand. Fortunately, however, Amionx's technology gives us a glimpse of the future of lithium batteries. Compared with graphene or other battery technologies, lithium batteries are still more likely to enter the market first. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.