Fully automatic rubber batch cooler is used after the rubber mixing mill in the rubber mixing line

 

Rubber Cooling Machine Introduction:
 

The mesh belt type rubber film cooler is an important equipment in rubber production, which is used to cool and dry the rubber film produced by calendering or extrusion.

Its working principle is usually to place the high-temperature rubber film just produced on the conveyor mesh belt and cool the film by circulating cold air or cold water. The movement of the mesh belt makes the film gradually move forward during the cooling process to achieve continuous cooling operation.

This cooler has the following characteristics and advantages:

1. Efficient cooling: It can quickly reduce the temperature of the rubber film and improve production efficiency.

2. Continuous operation: It can realize uninterrupted production process and meet the needs of large-scale production.

3. Uniform cooling: Ensure uniform cooling effect of each part of the film to avoid quality problems caused by local temperature difference.

4. High degree of automation: Reduce manual intervention and reduce labor intensity.

5. Save space: Compact structure, reasonable layout, and small footprint.

In rubber production, the mesh belt type rubber film cooler plays a key role in ensuring the quality and performance stability of rubber products.


Product Parameters:
 

The following are some daily maintenance methods for mesh belt rubber film coolers:

1. Cleaning work

- Clean the mesh belt of the cooler regularly, remove the rubber residue and debris on it, prevent the mesh from being blocked, and affect the ventilation and cooling effect.
- Clean the housing, air duct and heat sink of the equipment to maintain good heat dissipation performance.
 

2. Check the mesh belt

- Check the tension of the mesh belt daily to ensure that it is in a proper state and avoid being too loose or too tight.
- Check whether the mesh belt has any damage, deformation or wear, and repair or replace it in time if necessary.
 

3. Lubrication and maintenance

- Regularly add an appropriate amount of lubricating oil to the transmission parts of the equipment, such as chains, sprockets, bearings, etc., to ensure smooth operation.
 

4. Electrical system inspection

- Check whether the wires, plugs and sockets are loose, damaged or aged, and ensure good electrical connections.
- Test the operating status of the motor, including speed, temperature and sound, and repair it in time if there is any abnormality.
 

5. Cooling system maintenance

- Check whether the cooling fan is operating normally and whether there is any abnormal noise and vibration.
- Ensure that there is no leakage in the cooling water pipeline and the water flow and water pressure are normal.
 

6. Fastening parts

- Regularly check the various fastening screws and connectors of the equipment to prevent looseness and unstable operation of the equipment.
 

7. Regularly calibrate the temperature and speed controller

- Ensure the accuracy and stability of the cooling temperature and the conveying speed of the mesh belt.
 

8. Record maintenance

- Establish a maintenance file to record the time, content and problems found in each maintenance in order to track the maintenance history and fault conditions of the equipment.