vibrating screen

Application: Mining vibrating screen equipment is widely used in various industries, playing a crucial role in processing and manufacturing. It is commonly used in mining, coal, smelting, building materials, refractory materials, light industry, chemical industry, medicine, food, and other sectors.

Working principle: The mining vibrating screen machine operates by utilizing reciprocating rotating vibrations generated by the oscillator. The upper rotating heavy hammer type of the oscillator causes the screen powder to rotate and vibrate on the plane, while the lower rotating heavy hammer type causes the screen powder to rotate and vibrate on the spherical surface. The combined effect of these vibrations results in double rotating vibrations of the screen powder. The vibration trajectory forms a complex indoor space curve, appearing as a circular shape on a plane and an ellipse on a perpendicular plane. By adjusting the excitation force of the upper and lower heavy hammers, the amplitude can be changed. Similarly, adjusting the phase angle of the heavy hammer can alter the trajectory of the sieve powder and the materials on the sieve surface.

Equipment categories: Mining vibrating screen equipment can be categorized into several types based on their main purpose. These include high-frequency vibrating screen equipment, customized management center vibrating screen equipment, elliptical vibrating screen machinery, linear vibrating screen machinery, and circular vibrating screen equipment. Additionally, lightweight and fine vibrating screen equipment, as well as experimental vibrating screen machinery, are also available.

Main advantages of vibrating screen equipment:

1. The strong vibration of the sieve box reduces the occurrence of material blocking the sieve holes, resulting in high screening efficiency and productivity.

2. The equipment has a simple structure and a convenient screen surface, making it easy to operate and maintain.

3. The screening process consumes less electricity per ton of material, making it energy-efficient.