The development of research and development technology of a new generation of automatic magnetic separator

The research and development technology of a new generation of fully automatic electromagnetic magnetic separator. Magnetic separator is an ancient separation method, but there have been many significant advances in recent years. Fully automatic electromagnetic magnetic separator technology has always been a type of equipment that needs to be improved urgently. In recent years, the technological progress of all-self electromagnetic magnetic separator is also very obvious. Extensive use of high-end design and mechatronics control can increase productivity. The automatic electromagnetic separator is the first choice of some large enterprises. All these devices have some common functions.

Fully automatic electromagnetic magnetic separator: Fully automatic electromagnetic magnetic separator is widely used in the mining industry and can run continuously and automatically. The machine has compact and reasonable structure, simple and beautiful appearance, and convenient production and debugging. At present, the rapid development of automatic electromagnetic magnetic separators has played a positive role.

The automatic electromagnetic magnetic separator takes automation technology as the core equipment. The electromagnetic magnetic separator must be strictly controlled. While learning advanced production technology, it is also necessary to promote innovative technology, combine the actual situation of the industry, and combine aesthetic standards and consumer needs to develop The new type of fully automatic electromagnetic magnetic separator enables the power magnetic separator industry to develop better and faster. ,

The new generation of automatic electromagnetic magnetic separator can even sort fine-grained weakly paramagnetic materials, while the new magnetic filtration technology has been successful in removing sub-fine particles during wastewater treatment. This article reviews the past, present and future of strong magnetic separation, mainly as a beneficiation technology. In addition to briefly describing the history of magnetic separation and reviewing the theories that have enabled modern magnetic separation concepts and designs, various types of magnetic separators and their main characteristics will also be described. Several current and potential applications of high-strength magnetic separation are summarized, covering the scope of beneficiation, Western America, ceramic and chemical product purification.