Working principle of enamel reaction kettle

enamel reaction kettleIt is a high-quality corrosion-resistant equipment that uses glass containing high silica as a lining on the inner surface of a steel container, and then firmly adheres to the metal surface through high-temperature burning to form a composite material product. Therefore, this also determines its working principle. Wrap the enamel reaction kettle with a jacket and equip it with a steam regulating valve that connects to the steam generating device and a cooling water regulating valve that connects to the cooling water. The operator measures the real-time temperature inside the enamel reaction kettle and jacket through the temperature measuring device. When the temperature inside the reaction kettle measured by the temperature measuring device is lower than the set value, the steam regulating valve needs to be opened to heat the water temperature inside the jacket and increase the temperature of the materials in the reaction kettle. When the temperature measured by the temperature measuring device is higher than the set value, the cooling water regulating valve is opened to cool the water temperature inside the jacket and reduce the temperature of the materials in the reaction kettle. Through this temperature control device, the temperature inside the jacket is adjusted and controlled, ultimately controlling the temperature inside the enamel reaction kettle. This ensures that the temperature inside the reaction vessel remains stable within a certain reaction temperature range, guaranteeing the temperature conditions for the chemical reaction and allowing the reaction to proceed smoothly.

enamel reaction kettleAfter debugging and installation, the reaction tank can be put into production use. The reaction kettle is mainly used for the reaction process of materials, and any chemical reaction requires certain conditions, such as temperature conditions, reaction medium conditions, etc. Therefore, most reaction vessels are equipped with a jacket device, which surrounds the enamel reaction vessel with a jacket and is equipped with a steam regulating valve connected to the steam generation device and a cooling water regulating valve connected to the cooling water. The purpose is to change the real-time temperature inside the reaction vessel by controlling the substances and temperature inside the jacket, providing temperature conditions for the reaction. The operator of the enamel reaction tank can measure the real-time temperature inside the enamel reaction vessel and the jacket through the temperature measuring device. When the temperature inside the reaction vessel measured by the temperature measuring device is lower than the set value, the steam regulating valve needs to be opened to heat the water temperature inside the jacket and increase the temperature of the materials in the reaction vessel. When the temperature measured by the temperature measuring device is higher than the set value, the cooling water regulating valve is opened to cool the water temperature inside the jacket and reduce the temperature of the materials in the reaction vessel. This temperature control device is used to adjust and control the temperature inside the jacket, ultimately controlling the temperature inside the enamel reaction vessel. So as to control the reaction temperature of the materials inside the reaction tank and ensure the smooth progress of the reaction.