The post-shutdown operation and maintenance of a tilting copper-melting crucible furnace are critical to ensuring equipment safety and extending its service life.

Thanks to its unique design, the tilting crucible copper-melting furnace offers significant advantages in the smelting of copper and copper alloys.

The core equipment comprises the electrolytic cell, cathode system, anode system, and conductive devices.

Based on the specific process, copper electrolytic cells are classified into two material systems: those utilizing soluble crude copper anodes (paired with pure copper cathodes) and those utilizing insoluble anodes (paired with copper/titanium cathodes).

What safety precautions should be observed during the operation of copper electrolytic cells?

The maintenance and upkeep of copper electrolytic cells are critical to ensuring stable electrolytic copper production, superior product quality, and the safe operation of equipment.