Key ways to improve the energy density of CR2032 button cell

　　There are three key ways to improve the energy density of CR2032 button cell:

　　1. Increase the specific capacity of rechargeable batteries;

　　2. Increase the working voltage of the rechargeable battery.

　　3. The working frequency of cathode materials for batteries tends to be higher.

　　In order to complete the management system of high-voltage rechargeable batteries, lithium battery electrolysis is particularly important. Not only must it take into account the higher requirements for air resistance to oxidation at positive levels, but it must also take into account regulations that translate into stability at negative levels.

　　In order to increase the energy density of CR2032 button cell, the ratio of positive and negative active materials in CR2032 button cell must be increased. CR2032 button cell are composed of positive and negative active materials, diaphragms, copper, platinum, aluminum covers, etc. It is the most effective way to increase the proportion of active materials in CR2032 button cell.

　　In addition to expanding CR2032 button cell, a reasonable way to increase the energy density of CR2032 button cell is to reduce the thickness of the film. Many lithium battery manufacturers widely use films containing thin films. The thickness of the film can be less than 20 microns, which can ensure the safety of CR2032 button cell. Under the premise, the volume ratio of the film is greatly reduced, the occupancy rate of the active material is increased, and the energy density of the lithium battery is improved.

　　In addition, one way to increase the proportion of active materials is based on the perspective of the rechargeable battery production process. One is to increase the proportion of active materials in the power level. In order to increase the proportion of active materials, the proportion of active materials must be reduced, and the proportion of inactive materials must be reduced according to the selection of new conductive agents and adhesives and the reduction of the proportions of conductive agents and adhesives.

　　Second, the amount of positive and negative sizing must be increased. The application of 3c lithium increases the specific energy. The application of 3c lithium power supply should also pay attention to its detection, which is closely related to its characteristics. Therefore, it is necessary to select the appropriate contact group for current conduction and data signal transmission.

　　The spring micro-needle beautiful touch group can be used for 3c lithium battery detection, and it can maintain long-term printing when transmitting large currents. The smooth needle continuous needle has excellent characteristics, and the average service cycle is more than 20w. It should be 3c lithium battery high-frequency detection, which can maintain long-term stable touch. , improve detection efficiency.

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