1. Reasonable and aesthetically pleasing design, stable operation, energy-saving, and low steam consumption;

2. High concentration ratio, falling film evaporation, making it easy for viscous liquids to flow and evaporate, and short concentration time;

3. The design can achieve switching and efficiency improvement through simple operation to adapt to the production of different products;

4. The evaporation temperature is low, and some of the secondary steam is sucked back into the shell side of the first effect evaporator through a hot pressure pump. The heat is utilized, and the material liquid is heated gently, making it suitable for concentrating heat sensitive materials;

5. The top of the multi effect evaporator sprays feed or uses multiple overflow film distribution devices to evenly distribute the material and liquid inside the evaporator film tubes, forming a film shape, increasing the heat transfer coefficient, increasing the evaporation rate, and avoiding the phenomenon of "dry wall";

6. The material liquid undergoes vapor-liquid separation at the bottom of the evaporator and then enters the separator for further separation, enhancing the separation and giving the overall equipment greater operational flexibility;

7. The large-scale equipment adopts an upright and floor standing structure, with a compact structure, small footprint, and simple and smooth layout, representing the development of large-scale complete sets of evaporation equipment;

8. Continuous feeding and discharging, as long as the material liquid reaches the required concentration inside the equipment;

9. The concentration process is completed, and the material has a short heating time, making it suitable for the concentration of thermosensitive liquid materials;

10. The multi effect evaporator is equipped with CIP cleaning pipelines, which can achieve on-site cleaning and facilitate the operation of the entire equipment;

11. A condenser with a structure can operate normally at a cooling water temperature of 30 ℃ or higher;

12. Power control is achieved through a control cabinet and can be installed with an automatic control system according to user requirements;

13. Adopting a concentration pump, with good sealing, stable performance, minimal maintenance, and smooth operation;

14. The equipment can operate continuously.

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