This machine has the function of cooling granulation. The main body, pipeline and cyclone separator that are in contact with the material are made of stainless steel; the main body and the cooling air pipe are designed with sufficient thermal insulation to reduce heat loss; the main body is provided with an inspection door, observation mirror and illuminated mirror, and the bottom Set air hammer rapping; temperature, electrical instruments and operation control are set on the ground control cabinet, and the inlet air temperature is automatically controlled according to the process requirements. This machine is mainly used for materials that are liquid at high temperature and can be cooled at temperatures above 20℃.

The air enters the cooler through the filter, and the cooled cold air enters the air distributor at the top to divide it, so that the air enters the drying chamber parallel to the axis. After the material liquid is filtered, it is pumped to the pressure atomizer at the center of the top of the drying chamber by high pressure. After the material liquid is uniformly atomized, the surface area is greatly increased. It enters the drying chamber and contacts with the cold wind to form a granular product in a very short time. The finished product is discharged from the bottom discharge valve, and the dust in the exhaust gas is collected by the dust collector.

Features

1. The atomization method of this machine adopts pressure atomizer, users can easily adjust the spray pressure, material liquid flow rate, nozzle hole size and liquid material concentration and add appropriate additives to achieve the required particle size requirements.

2. The air distributor in the center of the top of the drying chamber of the machine adopts rotary tangential air intake, the porous plates are evenly distributed, and the hot air is evenly distributed. After entering the rectifying plate of the porous structure, a regular axial flow is formed, the heat is concentrated, which is conducive to the cooling of the material. Avoid sticking to the wall.

Product effect: