FW/HTS Multiple Classifying Wheel Classifier of Soybean meal

FW / HTS MULTIPLE CLASSIFYING W Heel Classifier of Soybean MEAL is an industrial equipment. With the development of society and the needs of people's lives, the demand for various fine powders is increasing, fine, purity and The requirements for passing the rate are also increasing, and the application of the classifier is also more wide.

In addition to the particle size, the airflow crushing product has the characteristics of narrow particle size distribution, smooth particle surface, high purity, high activity, good dispersibility. Since FW / HTS Multiple Classifying Wheel Classifier OF Soybean Meal generates Juromon cooling effect during the pulverization process, there is also a low melting point and ultra-fine pulverization of thermal material. The gas-solid ratio in the pulverization process is an important technical parameter and important indicator. If the gas is too small, the kinetic energy of the airflow will be insufficient, which will affect the fineness of the product. However, if the gas ratio is too high, not only the amount of energy is wasteful, but even the dispersion of certain particles will also becomerated. When the feed is grained, when the hard material is pulverized, the particle size of the feed is more stringent. In the case of titanium powder, when the calcined material is pulverized, it is necessary to control 100-200 mesh; the material after the pulverization surface is generally 40-70, and cannot exceed 2-5 mesh.

In the conventional dispersion pulverization process, it is difficult to overcome the phenomenon of heating, viscology. The machine uses a swirling high-speed rotational movement to produce a strong gas stream within the mill. The material enters the crushing room under the negative pressure of the feed port. The vortex vibration generated by the strong gas flow between the blade and the module is generated by impact, shearing and grinding. The heat of the pulverizer is taken away by the airflow, and the heat generated during the crushing process will not accumulate. The finished powder from the screen stream, improves the milling fineness, can be adjusted by the screen production efficiency, uniform fineness.