The quality spiral cooler is a heat transfer equipment widely used in industrial production. It mainly transfers high-temperature materials to the inside of the spiral to achieve three heat transfer modes of conduction, convection and radiation, thereby cooling the materials to the required temperature. Let's introduce how to use the quality spiral cooler in detail.

First of all, the quality spiral cooler should be inspected and maintained before use to ensure that the various parts are clean and eliminate other adverse factors. If a fault is found or the machine cannot operate normally, it should be repaired and replaced in time. Before adding materials, it is necessary to preheat the quality spiral cooler for a period of time to ensure that it is in normal working condition.

Next, feed the material to be cooled into the container through the feed pipe, and heat it after starting the quality spiral cooler. During this process, the input and output temperatures of the cooler need to be monitored to ensure that the temperature is uniform and appropriate. At the same time, pay attention to controlling the heating time, too long will cause the outer layer of the material to become too hard, making the heat transfer effect worse. The heating time was adjusted using empirical parameters combined with the results of the first experiment.

When the material begins to flow, heat further and continue to monitor the temperature. After the material reaches the required cooling level, turn off the heating device of the quality spiral cooler and stop feeding, but continue to run the material until it is completely cooled.

Finally, the cooled material is taken out from the outlet, and the container is cleaned and prepared for the next use. At the same time, it is also necessary to record the time and temperature parameters used to start or stop the quality spiral cooler, so as to provide important data support for maintaining the normal operation of subsequent equipment.

In short, the process of using the quality spiral cooler needs to strictly abide by the operating specifications to ensure the stable operation of the equipment and the optimization of the cooling effect.