The Position Of The Copper Rice Machine in The Recycled Metal Industry

At present, the Recycling Metal Association in the society has always been committed to promoting technological progress and environmental protection in the industry to achieve sustainable development of the industry. In the past five years, technical equipment such as direct coal-fired reverberatory furnaces, crucible furnaces, and blast furnaces with backward technology, high energy consumption, serious environmental pollution, and low metal recovery rates have been gradually eliminated, and a large number of advanced technology and equipment have been widely used. Taizhou Qida is in the field of pretreatment of scrap and miscellaneous metals, radioactive element detectors, mechanized crushing and sorting equipment for waste lead-acid batteries, wire stripping machines, copper rice machines, magnetic separation, flotation, gravity shakers, heavy media A batch of advanced pretreatment technology and equipment such as beneficiation method has been widely used, realizing the transformation from relying entirely on manual to semi-mechanized and semi-automated pretreatment of waste and miscellaneous metals.

In the field of recycling, oxygen-enriched molten pool smelting, double-chamber reverberatory furnace, horizontal reverberatory furnace, permanent magnetic stirring technology, SKS lead smelting method, short kiln, mechanized treatment process of aluminum ash, vacuum distillation treatment, hot-dip galvanizing slag extraction Zinc metal technology, large-tonnage electric furnace smelting of recycled copper rods-submerged liquid transfer-multi-stream multi-head horizontal continuous casting process, pyrometallurgical high-conductivity copper process and other continuous casting and rolling production processes and other advanced technologies and equipment have been obtained widely used. The copper rice machine greatly improves production efficiency, reduces energy consumption, improves metal smelting recovery rate, and effectively protects the environment.