Mixing Kettle

The mixing kettle is a three – layer container, featuring functions such as heating, cooling, and stirring. It is widely applied in industries like pharmaceuticals, food, building materials, beverages, chemicals, bioengineering, coatings, fruit wines, pigments, condiments, fine chemicals, oils and fats, and scientific research. It serves as a commonly – used intermediate buffering, stirring, and blending equipment in these industries.

The mixing kettle is composed of the kettle body, upper and lower heads, agitator, support, transmission device, shaft sealing device, etc. The kettle body and heads can be connected by flange sealing or welding. Process nozzles for feeding, discharging, observation, temperature measurement, pressure measurement, steam distillation, safety venting, etc., can be opened according to process requirements.

1. Kettle body of the mixing kettle reactor: The inner tank is made of SUS304 or SUS316L; the outer insulation shell is made of SUS304. The inner surface of the stainless steel tank undergoes mirror polishing treatment. The outer surface uses a wire – drawing plate.
2. The mixing kettle reactor is generally classified according to the jacket heating form into: electric heating tube heating, steam heating, and heat – conducting oil circulation heating reactors. The number of openings, specifications, or other requirements of the jacket heat – exchange reactor can be designed and manufactured according to user requirements.
3. The bottom structure of the mixing kettle reactor: It is processed into an R angle by spinning, and after welding and polishing with the inner tank, there are no dead corners.
4. Composition of the stirring device: It consists of a motor reducer, motor base, stirring shaft, agitator, mechanical sealing device, etc.
5. Configuration of the mixing kettle reactor: Electrical control box (including temperature gauge, liquid level measurement, pressure display, switch, indicator light, spotlight switch, etc.), manhole, material inlet and outlet, heating and cooling medium inlet and outlet, standby port, cleaning port, temperature gauge port, pressure gauge port, vacuum port, etc.
6. The process openings of each inlet and outlet nozzles and the welding joints with the inner tank all adopt the flanging process for arc transition, which is smooth and easy to clean without dead corners, and has an attractive appearance.