The electric heating stainless steel reaction kettle is widely used in many industries and fields such as biochemistry, daily chemical industry and dairy processing in the process of operation. The electric heating stainless steel reaction kettle belongs to a general reaction container to a certain extent, according to scientific research and scale. The requirements for production are different for the design and manufacture of electric heating stainless steel reactors. The difference between the application conditions of multi-domain and multi-disciplinary determines that the electrically heated stainless steel reactor is a non-standard reaction vessel.
The electrically heated stainless steel reactor is actually a tank container to some extent. It is also called a reaction tank or a reaction tank during operation. A mechanical stirrer is installed in the center of the electrically heated stainless steel reactor to accelerate the mixing of the materials. And reaction. A jacket heating or cooling system is externally welded to aid in the process requirements of the reaction. With the same process nozzle, support, automatic control system.
Overall structure of electrically heated stainless steel reactor
The electric heating stainless steel reaction kettle is mainly composed of the kettle body part, the stirring device, the shaft seal, the heat transfer device and the transmission device. The body portion includes a cylinder body, upper and lower heads, and various nozzles. The diameter and height of the barrel determine the size of the kettle volume.
The electric heating stainless steel reactor agitator is mainly used to make the various materials evenly mixed. The agitator is often used in the operation. The commonly used agitators such as paddle, turbine, propulsion, etc. have different sizes and ranges. It can be selected according to the viscosity of the material to be stirred, the speed of the agitator, and the like.