3.7 volt 18650 lithium battery

　　Safety application areas of 3.7 volt 18650 lithium battery

　　3.7 volt 18650 lithium battery are suitable for manufacturing industries, including touch screen phones, removable DCDs, laptops, conference cameras, DSLR digital cameras, digital technology camellas, PDAs, 4G phones, new energy vehicles, handheld positioning and navigation system software, and small Cars, high-speed trains, cargo ships, spacecraft, medical robots, scooters, children's toys, lawn mowers, electric lawn mowers, outdoor measurement terminals, mobile items and other mobile terminals are all likely to use polymers safely in the future Lithium Ion Battery.

　　Advantages of 3.7 volt 18650 lithium battery:

　　1. The rechargeable battery has large storage space and can be used safely for a long time. Ideally, lithium polymer lithium-ion batteries have a storage capacity of more than 1000mah/h and are more reliable. A solid electrolyte, like a closed gel, doesn't have to worry about breaking down randomly throughout the battery charging process.

　　2. It has high low-temperature charging and discharging characteristics, the charging and discharging efficiency is above -50c, and the natural environment efficiency is above -40c, achieving 80% of the charging and discharging work.

　　3. Wide operating temperature range, -50c to 50c;

　　4. High-quality low-temperature circulation system, powered by batteries at -30 degrees Celsius in the natural environment, with a capacity of more than 85% after 300 cycles;

　　5. High security performance based on ul/ce/un certification;

　　6. Flexible scale liquidity, can be customized in size and style according to consumer requirements;

　　7. Compared with conventional lithium polymer lithium-ion batteries, it exceeds the charge and discharge limit of -20c-60c.

　　The difference between polymer lithium battery and lithium battery:

　　Compared with lithium batteries, lithium 3.7 volt 18650 lithium battery have the following characteristics:

　　1. There is no liquid lithium battery electrolyte in rechargeable batteries. There is no liquid lithium battery electrolyte in rechargeable batteries, and colloidal solid state applications are safe.

　　2. Thin rechargeable batteries made from cocoa: Most of them are thin.

　　3. Rechargeable batteries can be designed in various ways.

　　4. Rechargeable batteries can be bent and deformed: polymer rechargeable batteries are larger and can be bent up and down 900 degrees.

　　5. Can be used to sign a single high voltage: Rechargeable batteries in liquid electrolyte solutions can only obtain high voltage by connecting several batteries in series, as well as a polymer-based rechargeable battery.

　　6. With due consideration to the problem of insufficient liquid, double layers can be made within a single piece to achieve high pressure.

　　7. The volume will be more than twice the volume of lithium batteries.

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