CR2450 battery

　　Advantages of CR2450 battery

　　The difference between polymer lithium battery and ternary lithium battery:

　　Polymer lithium battery cathode materials can be divided into lithium cobalt oxide, lithium iron phosphate batteries, ternary materials and lithium iron phosphate battery rechargeable battery raw materials. The main difference between polymer lithium battery anode materials is that the acid and alkali of the solution are different, and the acid and alkali of the solution are used for liquid lithium batteries.

　　Ternary polymer lithium battery cathode material is used for lithium batteries or lithium batteries. Ternary composite anodizing materials are nickel salt, cobalt salt and manganese salt. Nickel, cobalt and manganese can be adjusted according to actual needs in lithium-ion rechargeable batteries. The proportion of ternary materials is higher than that of lithium batteries. Among them, lithium ammonium sulfate lithium battery is used as the negative electrode material of the battery, and the battery cycle is long. However, the disadvantage is that the battery performance parameters, high and low temperatures and battery charging frequency are different, and the cost is increased. Therefore, the new ammonium sulfate lithium battery and weak points of the battery are facing problems. following development trends.

　　Advantages of CR2450 battery

　　1. The service life of a normal respiratory system under normal use should be more than 500 times.

　　2. There is no need to clear the remaining power before recharging the rechargeable battery.

　　3. Excellent safety performance: The structural characteristics of the polymer lithium-ion battery are different from the plastic shell of the liquid lithium-ion battery core. It has the characteristics of plastic flexible packaging. If it causes a safety risk, the liquid lithium-ion battery core is very easy to explode, and the polymer The maximum number of cells will cause an explosion.

　　Advantages of ternary lithium batteries

　　1. All normal respiratory systems have higher frequencies and become safer. At this stage, the cost of general respiratory systems has increased by up to 1,500 times, and the safety performance of lithium batteries made of ternary materials continues to improve, closer to that of ammonium sulfate lithium batteries. In recent years, the reliability and safety of the materials have been improved despite the high environmental requirements during the manufacturing and rechargeable battery manufacturing process of new Ni-Co-Al ternary materials.

　　2. Ternary lithium batteries have high voltage output power and high specific power. The working requirements of ternary materials are higher than that of lithium iron phosphate rechargeable batteries.

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