Working Principle Of Rotary Vibrating Screen

Cylindrical rotary vibrating screen is a kind of main screening equipment widely used in industrial production. It is widely used in: chemical, metallurgy, food, medicine, recycling, environmental protection and other industries. According to the different particle size of the screen through the vibration screening. Sieve material on the screen surface by the role of the vibration force and layered separation equipment. Thus, the classification of different particle sizes is achieved. The oversized material is retained. Materials smaller than the sieve hole are collected separately through the sieve. The materials can be sieved, graded and filtered.

The working principle of cylindrical rotary vibrating screen

Cylindrical rotary vibrating screen is composed of: sieve body, sieve mesh, reducer, click, eccentric weight and so on. The click drives the eccentric hammer to rotate through the reducer, thus generating centrifugal force. When the material is under the action of centrifugal force, the material produces jumping movement in the sieve body. Due to the different particle size of the screen. Large particles of material in the upper layer of the block. Small particles fall into the lower layer through the screen. Thus realising the classification and filtration of materials.

Working Principle Of Rotary Vibrating Screen

Cylindrical rotary vibrating screen can be equipped with ultrasonic: the screening equipment that combines ultrasonic technology and traditional vibrating screen technology. It can improve the screening efficiency and screening precision.

Ultrasonic transmission: ultrasonic vibration system is added on the basis of traditional vibrating screen. The high-frequency ultrasonic waves generated by the ultrasonic generator are transmitted to the screen mesh and screen body through the vibrator.

Ultrasonic vibration: through the ultrasonic energy transfer to the screen mesh. The screen mesh produces tiny high-frequency vibration. Through the high frequency vibration effectively change the movement state of materials in the screen mesh.

Improve the screening efficiency and precision: make it easier for the materials to pass through the screen mesh in the screening process. Improve screening precision and efficiency. Especially the effect is more obvious for the easily adhered fine particles material.