Magnesium is a silvery-white light metal with a density of 1.74g/cm³ (approximately two-thirds that of aluminium). It is chemically active and a protective magnesium oxide film is easily formed on its surface. It combines the characteristics of electrical and thermal conductivity, plastic processing and damping and vibration absorption, and is widely used in aerospace, automotive manufacturing, electronics industry and other fields.

In the processing and application of magnesium, it is often necessary to screen magnesium to obtain magnesium materials of different particle sizes to meet the demands of various industries. The rotary vibrating screen is an ideal equipment for screening magnesium because it has unique advantages. The rotary vibrating screen generates three-dimensional rotary vibrating force through a vibrating motor, causing the material to perform a jumping linear motion on the screen surface. At the same time, it generates both self-rotation and revolution. This movement mode enables the material to fully contact the screen mesh, achieving precise screening. For magnesium materials with different particle size requirements, it is only necessary to replace the screens with different mesh sizes. Moreover, the rotary vibrating screen has high screening efficiency and precision, relatively low energy consumption, and is also convenient to operate and maintain. In addition, to address the potential flammability and explosiveness of magnesium powder, the rotary vibrating screen can be equipped with explosion-proof vibrating motors and other devices to ensure the safe operation of screening.

It is precisely because of the inherent properties of magnesium and the particle size requirements for magnesium materials in various industries, as well as the numerous advantages demonstrated by the rotary vibrating screen in magnesium screening, that the rotary vibrating screen has become a commonly used and effective equipment for magnesium screening.