Enamel reaction kettle is a common chemical experimental instrument, and there are various forms of enamel reaction kettle currently used to adapt to different reaction capacities and physical or chemical processes.

Enamel reaction kettle is a common chemical experimental instrument, and there are various forms of enamel reaction kettle currently used to adapt to different reaction capacities and physical or chemical processes. Its structure is roughly as follows: it consists of two parts, inner and outer. The internal structure is made of aluminum alloy or stainless steel die-casting, and the external structure is covered with enamel. The enamel reaction kettle has three functions: firstly, it can ensure that the reactants inside the reaction vessel are effectively protected and insulated; Secondly, it can also prevent chemical reactions between reactants in the container, thereby avoiding contamination of reactants during the experimental process; It can also have a corrosion-resistant effect, greatly extending the service life of the reaction kettle.

Enamel reaction vessels also have excellent mechanical properties, generally with good compression resistance, wear resistance, and heat resistance. They can withstand certain pressures and temperatures to ensure that the reactants inside the pressure vessel receive appropriate heat and pressure, thereby achieving good reaction conditions for the reactants. In addition, enamel reaction vessels also have good thermal stability. By adopting a reasonable insulation structure and equipped with a well shaped lining, the temperature changes inside the vessel can be effectively reduced, thereby improving the accuracy and reliability of the reaction process. In addition, enamel reaction vessels also have high safety, using low alkalinity refractory ceramics with good corrosion and heat resistance, which can effectively prevent corrosion of the reaction vessel inside the vessel, thereby reducing contamination and harm to operators during the experimental process and ensuring safety and reliability.

Enamel reaction kettle is an experimental equipment used in chemical experiments. It is mainly made of enamel material, hence it is called the "enamel reaction kettle". It has many advantages, such as corrosion resistance, high temperature resistance, chemical corrosion resistance, uniform heating, easy cleaning, etc., so it has been applied in experiments. There are various forms, ranging from small-sized laboratory kettles to large industrial kettles. Normally, the volume is between 100-3000 liters, and different capacity reaction vessels can be customized according to laboratory requirements.

The surface of the enamel reaction kettle is relatively smooth, corrosion-resistant, easy to clean, non corrosive and highly toxic, easy to apply additives, and capable of conducting various experimental operations with different capacities and materials. It is an essential instrument in the laboratory. In addition, it also has the advantages of strong heat resistance stability, reduced gas emissions, corrosion resistance, and easy cleaning, which can prevent chemical substances from reacting and ensure experimental quality. It is an important safety equipment in laboratories. Enamel reaction kettle, as an important laboratory equipment, has the characteristics of high strength, corrosion resistance, not easy to rust, and not adhering to particles. It can be safely used in complex chemical experimental equipment.

Generally speaking, in the application of enamel reaction vessels, it is necessary to determine the quantity and purpose of the reactants, then load them into the vessel, heat and pressurize them, and finally carry out the reaction under controlled indoor temperature, pressure, and humidity conditions to achieve the desired experimental effect. Enamel reaction kettle is a common experimental equipment in laboratories, which has good safety, corrosion resistance, and heating uniformity. It can be used very safely for complex laboratory operations and is one of the important safety guarantee equipment in laboratories.