The dehydration process of the screw press dehydrator is divided into two stages. In the first stage, the screw auger is used for dehydration, and the screw

The auger is divided into three sections: the transmission section, the compression section and the discharge section. The transmission section ensures that the material enters the equipment smoothly and is dehydrated.

The pitch of the helical blades and the inner diameter of the helix become smaller step by step, so that the transmission space becomes smaller step by step, because the transmission space

The step-by-step reduction will form a step-by-step increasing pressure on the material, forcing the material to shrink in size and squeeze out water; the second

In the first stage, the material blocking device is used for dehydration. When the material enters the discharge section of the auger, the auger will exert pressure on the material.

The axial thrust pushes it out of the discharge port, and at the same time, the material blocking device pressurized by the pneumatic device will

The material exerts a reverse force to form an extrusion force to dehydrate the material in two stages.

 Equipment Features

1. Low operating cost

The screw press adopts the principle of physical extrusion dehydration, and no additional heat source is required during the dehydration process.

The energy consumption of similar drying equipment is extremely low.

2. Large amount of continuous work processing

The parameters of the screw auger are calculated and analyzed by mechanics, and the axial thrust is increased by special technology, which completely

Solve the problems that cannot continue to work due to reasons such as slipping, bridging, returning materials, reporting shafts, etc.

The rationale is greatly increased.

Specification