The main factors affecting the penetration rate of vibrating motor

Update:23-04-2021
Summary:

The entire screening process of the vibrating motor is […]

The entire screening process of the vibrating motor is to screen and classify the materials. The materials of different specifications are divided into over-screen and under-screen. The screening efficiency must be high and the relative processing capacity must meet the requirements. To the conveying effect. When the vibrating screen sieving the materials, there are various reasons, so that those materials smaller than the mesh cannot pass through the vibrating screen pores smoothly, only a small part of the fine materials can be discharged through the sieve holes, and the others are smaller than the vibrating screen pores. The materials are mixed in the materials larger than the sieve holes (that is, the oversieve) is discharged.

Regarding the vibrating motor sub-equipmentChina Wholesale Mixer Pumps Manufacturers, the effective screening area, screen structure, structure of the vibrating screen, vibration frequency and amplitude are also the main factors affecting the screening efficiency of the vibrating screen; due to the size of the material and the humidity (how much moisture) , The distribution of granular materials and the fluidity of the materials are also the main reasons that directly affect the penetration rate of the vibrating screen. Materials with good relative fluidity, low water content, regular particle shape, smooth edges and no corners are easier to penetrate the screen.

In order to improve the screening efficiency of the vibrating motor, for those fine materials and materials that are more difficult to screen, the circular vibrating screen can adjust the rotation direction of the vibrator (rotate against the flow of the material) to extend the contact time between the vibrating screen surface and the material, which is beneficial Screening rate, but the processing capacity will be relatively reduced; the linear vibrating screen can appropriately reduce the downward tilt angle of the vibrating screen or increase the vibrating inclination angle to slow down the running speed of the material and increase the screening rate; for easier screening For materials and large-particle materials, the downward tilt angle of the vibrating screen can be increased or the vibration tilt angle can be reduced, so that the forward flow speed of the materials is accelerated, and the processing capacity can be increased. If the output requirements of the linear vibrating screen are relatively high, and the screening efficiency, processing capacity, etc., can be considered to increase the width and length of the screen surface of the vibrating screen.

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