Compared to traditional fixed-type refining furnaces, it offers significant advantages in terms of smelting efficiency and operational flexibility.

The core objective is to convert crude copper into anode plates that meet the requirements for electrolytic refining.

Oxygen-enriched bottom-blown furnaces excel in terms of raw material adaptability, investment costs, and ease of operation, making them particularly suitable for processing complex mineral resources.

It cleverly combines two types of motion, "rotation" and "tilting," to achieve an efficient and flexible metallurgical process.

To achieve high efficiency and long service life of the furnace lining, it is essential to thoroughly understand its failure mechanisms and select appropriate materials and maintenance strategies for different working areas.

The rotary copper smelting furnace, through its core structural design, achieves high-strength, high-efficiency, and low-emission smelting, making it more adaptable to complex copper concentrates than traditional fixed-bed smelting furnaces.