According to the copper content of raw materials and the output, the appropriate output of melting furnace and anode plate casting machine are determined.

The raw material is electrolytic residue or recycled copper with high copper content. Anode plate can be produced by combination furnace and disk casting.

If the raw material is electrolytic residue, waste anode plate, etc., the combination of shaft furnace and reduction holding furnace is used; If the raw material is recycled copper with higher copper content, the  combination of shaft furnace and large capacity refining furnace is used.

This combination mode is suitable for the processing of large quantities of raw materials, and has the advantages of large processing capacity, low investment and simple operation.

According to the copper content of raw materials and the output, the appropriate output of melting furnace and anode plate casting machine are determined.

Small output of anode plate production line, generally using eccentric tilting furnace and linear casting machine to produce anode plate.

Large output of anode plate production line, a horizontal center tilting furnace and disk casting machine to produce anode plate.