What is the working principle of inclined screw conveyor?

The inclined screw conveyor is composed of a combination of a screw blade and a screw shaft, through which the material is pushed to the discharge port of the equipment. When the inclined screw conveyor is working, its working principle is mainly to transfer materials from one place to another.

Specifically, the inclined screw conveyor is mainly composed of a screw blade, a screw shaft, a transmission device, a material inlet, a material outlet, and an intermediate support device. When the materials enter the equipment, they enter the material trough of the screw conveyor through the feed port, and in the material trough, the inclined spiral blades start to play a role, lifting the material upwards, and at the same time move towards the discharge port of the equipment .

During the movement, when the inclined screw conveyor finds that there is accumulation of materials during the movement, it uses the rotation of the screw shaft itself to break the accumulation of materials and maintain normal movement. When the materials move to the discharge port of the equipment, these materials can be discharged from the discharge port smoothly.

In short, the working principle of the inclined screw conveyor is to use the combination of the screw blade and the screw shaft to push the material, so as to transfer the material from one place to another. In the process of specific use, it is necessary to combine the characteristics of specific materials to set the rotation speed and sequence of the transmission device. In this way, the practical value and economic benefits of the inclined screw conveyor can be maximized.