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Good Efficiency Rotary Cooler
Good Efficiency Rotary Cooler

Good Efficiency Rotary Cooler

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Henan Fote Heavy Machinery Co., Ltd.

Zhengzhou,Henan,China
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Good Efficiency Rotary Cooler is also named the rotary drum cooler or monocular cooler which is used with the drying equipment for the compound fertilizer production to cool fertilizers with certain temperature and particle size.

 

Overview of Good Efficiency Rotary Cooler

The Good Efficiency Rotary Cooler is also named the rotary drum cooler or monocular cooler which is used with the drying equipment for the compound fertilizer production to cool fertilizers with certain temperature and particle size. The Good Efficiency Rotary Cooler can increase the cooling efficiency, reduce the labor strength, increase the productivity, remove the moisture of the materials and lower the temperature of the compound fertilizer. In addition, rotary drum cooler is also used to cool other powder and particle materials. The Good Efficiency Rotary Cooler has the advantages of compact structure, high efficiency, reliable performance and good adaptability.

Working principle of Good Efficiency Rotary Cooler

cooling machine

1. The wet materials that need to be dried are lifted to the material hopper via the belt conveyor or the bucket elevator and then enter the charging port via the charging pipe.

2. The charging pipe’s inclination needs to be larger than the natural dip angle of the materials so that the materials can flow to the cooler smoothly.

3. The cooler cylinder of rotary drum cooler is a rotating one inclined compared with the horizontal line. Materials are fed from the top end and the heat carrying agent flows out from the bottom end by meeting materials with countercurrent contact. In some case, the heat carrying agent will flow into the cylinder with the materials.

4. As the cylinder rotates, materials run to the bottom end affected by the gravity action. When wet materials move forward inside the cylinder, they receive the heat from the heat carrying agent and then get cooled. Then they are sent out via the belt conveyor or the screw conveyor.

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