The rotary casting system is the core component for casting molten copper into anode plates that meet electrolytic requirements.

The core operating principle of a gas-fired copper melting furnace is to transfer heat energy to the copper material—thereby melting it—using a high-temperature flame generated by burning natural gas or liquefied petroleum gas.

Advantages of Charging Scrap Copper into Rectangular Reverberatory Furnaces

Increasing metal recovery rates is key to enhancing economic benefits, and efforts can be focused on the following areas:

The technical characteristics of the gas system for the rectangular copper smelting furnace are specifically reflected in the following aspects:

Equipment selection for an electrolytic copper plant must be approached systematically, centering on production capacity, the process route, and the level of automation.