If you want to effectively improve the heat transfer efficiency of enamel reactor, you can try the following three methods, but note that no matter which method is adopted, it should be carried out in strict accordance with the correct way, otherwise the wrong method will not only fail to achieve good heat transfer effect, but also cause loss to the equipment to a certain extent. For example:
1. Using a scraper with a ribbon and an anchored impeller in stagnant liquid will double the power. At the same time, the heat transfer coefficient is simply doubled. Therefore, a scraper is used in viscous materials. It is practical to improve heat transfer.
2. Increase the heat transfer area per unit volume of enamel reactor to increase the heat load. Compared with the jacket, the former can be placed in the kettle, but it is inconvenient to clean the equipment and coil, so it can be installed when necessary.
3. In order to meet the corrosivity of various solutions, enamel reactors are sometimes made of various linings, such as lead lining, porcelain tile lining, and even the kettle is made of steel or cast iron.
Because sometimes the enamel reactor will need higher heat to mix the internal materials better, but it needs good heat transfer to improve the temperature of the reactor equipment, so as to increase the temperature inside the equipment. At present, there are three ways to improve the heat transfer efficiency of the reactor for users to choose.