1. The entire heating system of the equipment has the main characteristics of high heat transfer efficiency and short heating time due to uniform steam heating and liquid film flow evaporation of the material liquid. If the hot press pump is further configured, it will have the advantages of energy saving and consumption reduction, low steam consumption, and low cooling water circulation.

2. The material accelerates downward along the inner wall of the pipe, flows under pressure, and evaporates to adapt to the evaporation and concentration of high viscosity liquid materials.

3. Due to the film like evaporation of materials in each tube, the heating time of the liquid is very short, which is particularly advantageous for food evaporation and concentration, and greatly preserves the nutritional content of the food.

4. The evaporation process, under the action of vacuum, not only ensures the hygiene requirements of the material, but also meets environmental protection requirements, greatly reducing the evaporation temperature. In addition, with the configuration of a hot press pump, some of the secondary steam is re sucked into the hot press pump and mixed with the raw steam, which saves the raw steam. At the same time, the steam passing through the hot press pump enters the heating shell in the form of a spray mist, rapidly diffuses, and the material liquid is heated gently, making it suitable for the concentration of heat sensitive materials.

5. The equipment is suitable for evaporation and concentration of foaming materials. Since the feed liquid evaporates in a film form in the heating tube, vapor liquid separation is formed. At the same time, at the bottom of the effector, most of the feed liquid is pumped away. Only a small part of the feed liquid and all the secondary steam enter the separator to strengthen separation. The whole process of the feed liquid does not form too much impact, avoiding the formation of foam.

6. For food evaporation and concentration, the equipment can also have sterilization function. The material is first preheated and then enters the sterilizer to reach a temperature of over 94 degrees Celsius, which is maintained for about 24 seconds, and then enters the first effect body. The material quickly flashes and the temperature drops instantly.

7. The equipment can be equipped with a CIP cleaning system to achieve on-site cleaning, and the entire equipment is easy to operate.

8. Continuous feeding and discharging of equipment.

9. The equipment can be configured with an automation system to achieve automatic control of feed quantity, heating temperature, discharge concentration, cleaning, and can also be equipped with protective measures for sensitive materials in case of sudden power outages or malfunctions. Other automated operations and controls such as safety and alarm.