ISO Quality Cold Water Or Air Circulating Drum Coolers For Cooling Composite

Product Specification

Cold water circulation roller cooler for cooling composite rubber sheet

Product Introduction:

The composite rubber mixing roller cooler is a device used to cool the roller during the rubber mixing process.

1. Working principle

During rubber mixing, the roller will generate a lot of heat due to friction and shearing. The cooler takes away the heat from the roller surface by circulating coolant or air and other media, keeping the roller temperature within a suitable range to ensure the quality and efficiency of rubber mixing.

2. Features

1. Efficient cooling: It can quickly reduce the roller temperature to prevent the rubber from overheating and affecting the performance.

2. Accurate temperature control: The roller temperature can be accurately controlled according to different rubber mixing process requirements.

3. Good stability: Ensure the stability of the cooling effect during long-term operation.

4. Energy saving and environmental protection: Use advanced cooling technology to reduce energy consumption and reduce the impact on the environment.

3. Application field

It is widely used in rubber product manufacturers, such as tire manufacturing, rubber tube production, rubber seal manufacturing and other industries, to provide reliable cooling guarantee for the rubber mixing process.

Parameter:

Why Choose Us:
 

The following aspects can be considered when choosing a suitable composite rubber mixing roller cooler:

I. Cooling requirements

1. Determine the amount of heat generated during the rubber mixing process. If the heat during the mixing process is high, a cooler with strong cooling capacity needs to be selected.

2. Consider the required cooling speed. For occasions with high production efficiency requirements, a cooler that can quickly reduce the roller temperature should be selected.

II. Cooling method

1. The water-cooled cooler has high cooling efficiency, but it is necessary to consider water supply and drainage issues, as well as the corrosion resistance of the equipment.

2. The air-cooled cooler has a simple structure and is easy to maintain, but the cooling effect is relatively weak, and it is suitable for occasions with less heat.

3. The oil-cooled cooler has a stable cooling effect, but the cost is high, and attention needs to be paid to the quality and sealing of the oil.

4. The spray cooler cools evenly, but the recovery and discharge of the coolant need to be handled properly.

5. The combined cooler can combine the advantages of multiple cooling methods, but the structure is relatively complex and the cost is also high.

III. Equipment performance

1. Temperature control accuracy. For some occasions with high requirements for rubber performance, it is necessary to choose a cooler with high temperature control accuracy.
2. Stability and reliability. Choose a cooler with good stability and reliability to ensure continuous production.
3. Energy-saving and environmental protection performance. Consider the energy consumption of the cooler and its impact on the environment, and choose energy-saving and environmentally friendly equipment.

IV. Equipment size and installation requirements

1. According to the size and layout of the production site, choose a cooler of appropriate size to ensure that it can be installed and used.
2. Consider the installation method and requirements of the cooler, such as whether a fixed foundation, pipeline connection, etc. are required.

V. Brand and after-sales service

1. Choose a cooler of a well-known brand, and the quality and performance are more guaranteed.
2. Understand the manufacturer's after-sales service system, including repairs, maintenance, technical support, etc., to ensure timely service during use.