The intelligent electroplating line conductive seat is installed in the electroplating tank and serves as a critical conductive component for transmitting cathode current via the material belt.
The conductive base adopts a compression-type contact structure. A top-mounted adjustment knob drives a screw to press the copper conductive block beneath, ensuring close contact with the material tape or flying bar for stable high-current conduction. Guiding pulley sets on both sides correct and limit the material tape's alignment during movement to prevent misalignment from affecting conductivity. The side copper busbar serves as the current input interface, connecting to the negative terminal of the rectified power supply.
Key parameter reference: The conductive main body material is typically made of brass or copper, with a smooth surface free of burrs or sand holes, ensuring stable conductivity. The applicable current range generally ranges from 1000A to 9000A. For currents exceeding 3000A, it is recommended to use a copper base with water-cooled circulation to maintain an operating temperature of around 40°C.