Working Principle Of Ultrasonic Vibrating Screen

Ultrasonic vibrating screen uses ultrasonic frequency to vibrate the screen, so that the mesh will not be blocked, and it is easier to screen powder. The system increases the screening capacity by 10 times, improves the productivity, and allows the separation accuracy to be as low as 20 µ m (# 635 mesh). This paper will introduce the working principle of ultrasonic vibrating screen in detail.
Ultrasonic vibrating screen uses ultrasonic frequency to vibrate the screen, so that the mesh will not be blocked, and it is easier to screen powder. The system increases the screening capacity by 10 times, improves the productivity, and allows the separation accuracy to be as low as 20 µ m (# 635 mesh). This paper will introduce the working principle of ultrasonic vibrating screen in detail.
Because of the unique screening principle of ultrasonic vibration screen, its fine powder materials are easy to screen under the conditions of low amplitude and high frequency vibration. High frequency vibration is to let the materials in contact with the screen mesh pass through the screen hole quickly, improve the screen penetration, and effectively screen 600 mesh ultra-fine powder.
Because of the unique screening principle of ultrasonic vibration screen, its fine powder materials are easy to screen under the conditions of low amplitude and high frequency vibration. High frequency vibration is to let the materials in contact with the screen mesh pass through the screen hole quickly, improve the screen penetration, and effectively screen 600 mesh ultra-fine powder.
The above is an introduction to the working principle of the ultrasonic vibrating screen. The ultrasonic vibrating screen can be installed on a new or existing vibrating screen so that it can be easily integrated into your production line. Preventing screen overload not only reduces production downtime, but also reduces the time required to clean the screen.