< >

Dewatering screw

1. Good dewatering effect: by squeezing the material through the rotating spiral blade, the water in the material can be fully squeezed out, so that the water content of the material is greatly reduced, such as in sewage treatment, can effectively reduce the water content of the sludge.

2. Simple structure: mainly composed of rotor, spiral blade, screen drum, etc., the structure is relatively simple, operation and maintenance are more convenient. Without too much auxiliary equipment, by adjusting the spiral blade speed and screen drum Angle, it can meet the dehydration needs of different materials.

3. Large processing capacity: it can adapt to the production needs of different scales. By increasing the size of the screen drum and the diameter of the rotor, it can improve its processing capacity to meet the requirements of various industries and enterprises of different scales for dewatering equipment.

4. High degree of automation: The automatic control of the electronic control system can automatically adjust the spiral blade speed and screen drum Angle according to the actual material dehydration condition to ensure the dehydration effect and efficiency. At the same time, it has overload protection function, which can effectively ensure the safe operation of the equipment.

5. Low power consumption: due to the simple structure and clear working principle, the energy consumption is relatively low in the actual use process, which can effectively reduce the waste of energy resources and meet the requirements of energy conservation and emission reduction.

Contact Now E-Mail Telephone WhatsApp

Product Details

Dewatering screw is a device used for dewatering materials. It mainly pushes the material forward in the cylinder through the rotating spiral blade.

During the working process, the material enters the cylinder of the dewatering spiral through the feed port. Due to the rotation of the spiral blade and the inclined setting of the cylinder, the material is subjected to the action of extrusion and friction inside the cylinder.

At the same time, the cylinder is usually provided with a filter or screen, the water is separated through the filter or screen under the action of pressure, and the solid material is constantly moved to the discharge port under the push of the spiral blade, and finally the dehydration of the material.