What are the characteristics of high-current pogo pin charging pins?

　　Pogo pin charging needle manufacturers can customize pogo pin charging needles according to the different needs of customers. When the pogo pin charging needles required by customers are relatively conductive, they need to increase the current through the pogo pin charging needles, and charge by designing and processing large current springs needle. The main method is to increase the needle punching and increase the thickness of the pogo pin charging pin plating during the production process, and increase the thickness of the pogo pin charging pin gold plating, thereby enhancing the current size of the pogo pin charging pin, and also enhancing the corrosion resistance and stability of the pogo pin charging pin. Here is a brief introduction to the characteristics of the high-current pogo pin charging pin.

　　First of all, the high-current pogo pin charging pin is more durable than other ordinary charging pins, because the thickness of the surface coating of the high-current pogo pin charging pin is much higher than that of the ordinary coating. The thicker the plating thickness of the connector, then the stronger its ability to resist external environmental corrosion, thereby protecting the connector interconnection and prolonging the insertion of the connector. The replacement will be longer after increasing the plating layer.

　　In fact, the high-current pogo pin charging pins produced by charging pin manufacturers have more stable performance than other ordinary charging pins. The electroplated layer on the connector surface can increase the durability and ductility of the connector, and wear resistance which can be greatly improved. The electroplating layer on the surface of the connector can make the connector more stable, thereby making the electrical performance of the connector more stable.

　　Finally, the high-current pogo pin charging pins produced by professional charging pin manufacturers have strong abrasion resistance. The electroplating layer on the connector surface can replace harmful substances in the environment, thereby replacing the damage to the connector, and at the same time increase Improve the wear resistance of the connector.

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