What is the general slope of the linear vibrating screen?

When purchasing a vibrating screen, everyone will find that the linear vibrating screen will have a slope, so what is the function of this slope? Can it be leveled or ramped up? Today, I will introduce you to the knowledge of "linear vibrating screen slope":

The slope of the linear vibrating screen we usually use to screen general materials is between 0° and 15°, and the slope can also be adjusted when screening special materials, but it should not exceed 25°.

What setting the slope does:

1. The inclined slope improves the screening efficiency and shortens the material residence time;

2. Prevent materials with large water content from sticking to the net;

3. Improve the jumping height of materials and fully classify materials;

4. The inclination angle can improve the fluidity of the material and increase the output.

Of course, extremes will reverse, and the slope of the linear vibrating screen is not as large as possible. Excessive pursuit of output and blindly increasing the inclination of the screen box will lead to the material being in the net for too short a time - it will run out of the discharge port before it can be screened, which will greatly reduce the screening. precision.

Therefore, the inclination angle of the linear vibrating screen should be determined according to the specific characteristics of the material:

The material has a large moisture content and is easy to stick to the net, and the slope should be appropriately increased;

If the demand for material output is large, the accuracy requirements are not high, and the slope should be appropriately increased;

The material has strict requirements on grading, and the slope is appropriately reduced.

Generally speaking, the slope of the linear vibrating screen is not fixed, and the screen manufacturer will adjust the slope according to the user's screening needs and material characteristics.