Brief Introduction
This rotary screen is widely used for screening and classifying mineral materials in the industry like metallurgy, mining, chemical, coal, building materials, abrasives, and other industries.
The Structure:
Series GTS Series GTS drum rotary screen is made up of rotary drum device, sealing cover, feed opening, discharge opening, support, motor, motor reducer, etc. The rotary drum device is installed on the support at an angle.
Features:
1. Include single, double, and muti-layer type
2. Strong capacity and low noise
3. Easy maintenance
4. High-efficient and power-saving
5.High efficiency and strong durability
Working principle:
The rotary drum device is connected with the motor by shaft coupling through motor reducer, and is driven by the motor to rotate around the axis shaft line. When the materials flow into the rotary drum device, as a result of the inclination and rotation of the rotary drum device, the materials on the screen surface will rotate and roll, finally the qualified materials (undersize materials) will be discharged through the screen mesh which is installed around the encircle of the rotary drum, and the unqualified materials (oversize materials) will be discharged from the end of the rotary drum. The materials rotate and roll in the rotary drum, so the materials stuck in screen pores can be ejected out to prevent the screen pores from being blocked.
This rotary screen is widely used for screening and classifying mineral materials in the industry like metallurgy, mining, chemical, coal, building materials, abrasives, and other industries.
The Structure:
Series GTS Series GTS drum rotary screen is made up of rotary drum device, sealing cover, feed opening, discharge opening, support, motor, motor reducer, etc. The rotary drum device is installed on the support at an angle.
Features:
1. Include single, double, and muti-layer type
2. Strong capacity and low noise
3. Easy maintenance
4. High-efficient and power-saving
5.High efficiency and strong durability
Working principle:
The rotary drum device is connected with the motor by shaft coupling through motor reducer, and is driven by the motor to rotate around the axis shaft line. When the materials flow into the rotary drum device, as a result of the inclination and rotation of the rotary drum device, the materials on the screen surface will rotate and roll, finally the qualified materials (undersize materials) will be discharged through the screen mesh which is installed around the encircle of the rotary drum, and the unqualified materials (oversize materials) will be discharged from the end of the rotary drum. The materials rotate and roll in the rotary drum, so the materials stuck in screen pores can be ejected out to prevent the screen pores from being blocked.