The battery connector nickel strips is a key component for transmitting current and ensuring output power within the battery pack, especially for high-power battery packs. Its quality directly affects safety (such as preventing overload and fire)

1. Good stability of nickel in contact with electrode materials: Due to the inert and stable chemical properties of nickel, it has good stability in various environments and can maintain long-term contact stability with battery electrodes.
2. Nickel has good conductivity: Nickel has high conductivity and can provide low resistance, meeting the power supply requirements of high-power battery packs.
3. Nickel has good resistance to electrical corrosion: Nickel has corrosion resistance, volatility resistance, and oxidation resistance, and can withstand electrochemical reactions causing electrochemical corrosion and air oxidation corrosion, thereby ensuring the long-term stability of battery connectors.
In addition, under high temperature conditions, the strength and toughness of nickel can also ensure that the battery connector does not undergo plastic deformation.

Electric vehicles: Nickel battery connectors are widely used for connecting battery modules in the power battery pack of electric vehicles.
Energy storage system: In large-scale energy storage systems, nickel battery connectors also play an important role.
Consumer electronics: For consumer electronics products such as smartphones and tablets, nickel battery connectors can not only meet the demand for high-density integration, but also achieve efficient power transmission in limited space, enhancing user experience.