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What is the difference between rotary vibrating screen and linear screen in screening effect?

 Rotary vibrating screen and linear vibrating screen are commonly used screening equipment, widely used in mining, building materials, chemical industry and other industries. This article will compare and analyze the screening efficiency of these two screening equipment.

First of all, the screening efficiency of the rotary vibrating screen is relatively high. The rotary vibrating screen adopts a circular vibration trajectory, so that the materials are fully layered and rolled on the screen, thereby improving the screening effect. In addition, the screening area of the rotary vibrating screen is relatively large, which can process more materials at the same time and improve the screening efficiency. Therefore, the rotary vibrating screen has high screening efficiency when dealing with large particles and high viscosity materials.
 
However, the linear vibrating screen also has its unique advantages. The linear vibrating screen adopts a linear vibration trajectory, so that the material presents a linear motion on the screen, which can effectively layer the material and quickly pass through the screen. The vibration frequency and amplitude of the linear vibrating screen are adjustable, which can be adjusted according to the material characteristics, so as to achieve higher screening efficiency. In addition, the structure of the linear vibrating screen is relatively simple, easy to maintain and clean, which improves the service life and stability of the equipment.
 
To sum up, rotary vibrating screens and linear vibrating screens have their own advantages in terms of screening efficiency. The rotary vibrating screen is suitable for processing large particles and high-viscosity materials, and has high screening efficiency; while the linear vibrating screen is suitable for processing fine particles and materials that are easy to screen, and can be adjusted according to material characteristics to achieve higher screening efficiency. In practical application, it needs to be selected according to factors such as material characteristics, processing capacity and screening requirements, in order to achieve the best screening effect.