button cell battery cr1620

　　What are the advantages and disadvantages of ternary button cell battery cr1620?

　　Due to the low cost and stable performance of ternary materials, ternary materials are considered to be the preferred raw materials for button cell battery cr1620, and button cell battery cr1620 using ternary materials as the positive stage have many advantages.

　　The raw material of the positive-level ternary lithium battery, the negative-level artificially synthesized high-purity graphite and other excellent battery cathode materials are mixed.

　　Stacked built-in plastic flexible packaging technology, the structure has uniform current collection and excellent heat dissipation, which enhances the double performance of the rechargeable battery.

　　Based on the patented solution for the invention of the ternary lithium battery diaphragm, its own safety factor is improved, and safety evaluation experiments such as falling, extrusion, needle stick, hot box, and overcharging are carried out on individual batteries and components to make them comply with my country's Regulations regarding norms, policies and regulations.

　　The unique diaphragm material improves the high-efficiency liquid phase storage capacity and air outlet of the diaphragm, and reduces the internal resistance of the battery. Charge the battery with 1 times the current capacity, and the charge and discharge depth is tested to be 80% of DOD. After 3,000 cycles, the capacity can still remain above 85%.

　　The weight energy density of the 25Ah power lithium battery is 160Wh/kg, which is more than 30% heavier than the lithium iron phosphate battery. It can reduce the weight of the vehicle and increase the mileage.

　　A very big drawback of ternary button cell battery cr1620 is that they are highly resistant to impact and have low open flames at high temperatures. Therefore, the maintenance requirements for ternary button cell battery cr1620 are very high, just in case.

　　Ternary button cell battery cr1620 have poor heat resistance and can dissolve at high temperatures of 250~300°C. The chemical changes of the raw materials of ternary lithium are particularly obvious. Once oxygen atoms are released, the lithium battery electrolyte ignites quickly when used at high temperatures. An explosion occurred. Therefore, we can see that in extreme crash accidents, Tesla and other battery vehicles still have fire hazards.

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