How to reduce the risk of clogging and wear through the spiral design of the Single screw rotor?

1. The principle of spiral design

The spiral design of the Single screw rotor is one of its core features. It is beautiful in design, and more importantly, it can significantly reduce the risk of clogging and wear. The spiral shape design enables the medium to be evenly distributed during the transmission process, avoiding the accumulation and clogging of the medium on the rotor surface. The spiral design can also effectively disperse the solid particles in the medium, reduce the direct impact of the particles on the rotor surface, and reduce the risk of wear.

2. Evenly distribute the medium

The spiral design of the Single screw rotor ensures the uniform distribution of the medium during the transmission process. When the medium enters the rotor, the spiral shape design guides the medium along the spiral path, so that the medium forms a uniform flow layer on the rotor surface. The uniform distribution method can avoid the accumulation of the medium on the rotor surface, and can also reduce the direct impact of the medium on the rotor surface, reducing the risk of clogging and wear.

3. Disperse solid particles

In many industrial applications, the medium often contains solid particles. These particles will cause wear on the rotor surface during transmission. The spiral design of the Single screw rotor can effectively disperse the solid particles in the medium. When the medium moves along the spiral path, the solid particles will be evenly dispersed in the medium, reducing the direct impact of the particles on the rotor surface. The dispersion method can reduce the risk of wear and extend the service life of the rotor.

4. Reduce direct impact

The spiral design of the single screw rotor can also reduce the direct impact of the medium on the rotor surface. When the medium moves along the spiral path, the flow direction of the medium will constantly change, and the change will disperse and weaken the impact force of the medium on the rotor surface. The spiral design can also effectively guide the medium to flow along the rotor surface, avoid the direct impact of the medium on the rotor surface, and reduce the risk of wear.