Only through coordinated and precise control of the electrolyte composition, cell voltage (especially the inter-electrode distance), and additive system can crude copper anodes be efficiently and economically transformed into high-purity cathode copper, ensuring that the product meets the quality requirements for high-end applications.

The purity of cathode copper directly determines its application value and economic value, and the process control of the electrolytic cell is a key factor affecting its purity.

Extending the lifespan of refractory materials in aluminum melting rotary furnaces is crucial for ensuring continuous production and reducing production costs.

Choosing a rotary aluminum melting furnace is not just an equipment upgrade; it's a strategic choice to address common industry challenges and build core competitiveness.

Rectangular aluminum melting furnaces are core melting equipment in the aluminum industry. The appropriate selection of their capacity and configuration directly impacts production efficiency, energy consumption, and product quality.