1. Equipment working principle:
Inject the molten material into the feed pipe using a pressure pump. Using a high-pressure pump to obtain high pressure (adjustable pressure) for the liquid material, it enters the rotating chamber of the nozzle from the tangential direction, and the liquid material undergoes rotational motion in the rotating chamber. According to the law of conservation of rotational momentum, the rotational speed is inversely proportional to the vortex radius; Therefore, the closer to the axis, the greater the rotational speed, and the lower the static pressure. As a result, an air vortex with a pressure equal to atmospheric pressure is formed in the center of the nozzle, and the liquid forms a circular film that rotates around the air core. The static pressure energy of the liquid is converted into the kinetic energy of the forward moving liquid film, which is ejected at high speed from the nozzle; The liquid film elongates and becomes thinner, and then splits into small droplets.
The ambient air enters the air condenser, where it rises to the set temperature before flowing through the hot air distributor and evenly entering the tower. Fine droplets (with adjustable liquid size) instantly dry upon contact with cold air and continuously cool during the falling process. The cooled material is discharged from the drying tower and cyclone dust collector, and the exhaust gas is discharged outdoors through the induced draft fan.

2. Our company's characteristics:
Our company's technology in this type of equipment is at the highest level domestically and globally, and our product quality has been well received by domestic customers.
Due to our company's extensive experience and technological innovation, we have applied for a patent.
Application scope: Cooling granulation of materials such as stearic acid agents and oil powders.