As a professional manufacturer, Lijingda produces this Automotive Copper Stamped Power Terminal. This type of conductive component made of high-purity and high-conductivity copper alloy, formed through high-speed precision stamping process and treated with electroplating, is used for connecting high-current cables or circuit boards. Its core value lies in the fact that it is the load-bearing wall in the automotive power system, responsible for safely transmitting and distributing huge amounts of electrical energy. Its electrical conductivity, mechanical strength and corrosion resistance directly determine the stability and safety of the entire electrical system. Even a minor poor contact can lead to serious functional failure or even safety risks.
This Automotive Copper Stamped Power Terminal is the core component of all automotive systems that need to transmit large currents. It is widely used in the Battery Pack and high-voltage distribution box (PDU) of new energy vehicles, the engine control unit (ECU) of traditional vehicles, starting motors, generators, as well as various fuse boxes and relays.
|
Product Name |
Automotive Copper Stamped Power Terminal |
|
Base Material |
H59 Brass / C1100 Copper |
|
Surface Treatment |
Nickel Plating / Tin Plating / Selective Gold Plating |
|
Operating Temperature |
-40°C ~ +125°C |
|
Rated Current |
10A - 50A (Depending on specific model) |
|
Key Features |
• High Electrical Conductivity |
This Automotive Copper Stamped Power Terminal aims for extremely low contact resistance and excellent vibration and temperature rise resistance. Its greatest trump card is that it can generate very little heat when passing through large currents of tens or even hundreds of amperes, and will not be damaged or cause danger due to overheating. Its excellent elastic design and material selection ensure that there is sufficient contact pressure between it and the mating terminals, maintaining reliable electrical connections even under the long-term jolts and vibrations of vehicle operation. Its electroplating layer can effectively resist the high temperature, humidity and chemical corrosion in the engine compartment. Its existence is the "fuse" that ensures the car's electrical system never goes out.
Because our company is a professional manufacturer with a profound understanding of the quality requirements of the automotive industry (such as IATF 16949) and precision stamping technology. We have a thorough understanding of how the material selection, structural design and surface treatment of a terminal affect its ultimate electrical performance and reliability. We possess a complete set of core technologies and production capabilities, ranging from mold design, high-speed continuous die stamping, automated electroplating to precise inspection.