Multiple Classify Wheel Classifier salt

With the development of society, the application of Multiple Classify Wheel Classifiersalt has become more large.

Multiple Classify Wheel ClassifiersalT is suitable for a crushing machine for synthetic resins, food, chemicals. The apparatus is different from the ordinary inner grinding machine, not only simply crushed such as impact force and cutting force, but also by many generated ultrasonic eddy currents and vibration thus produced high frequency pressure vibration to crush the material. Under certain conditions, the viscous material and the elastic material can also be pulverized. The pulverizer has little increase in the cyclic temperature during the pulverization process, so the thermal material can also be pulverized. The pulverizer has a reasonable structure, stable operation, low energy consumption, large crushing capacity, small size, no fault, easy to clean, and maintenance. Generally, the outer casing uses water cooling and its own air volume, conveying crushing material, improves the temperature, and reducing the thermal material. The wear of the blade is caused by a large amount of ultrasonic vortex generated by the back of the blade and the vibration of the high frequency pressure. Compact structure, no dust, no problem.

Multiple Classify Wheel Classifiersalt Working: Airflow Crusher and Cyclone Separator Drainage Machine into a complete crushing system, compressed air is filtered and dry, then through the Raval nozzle in multiple high pressure air intersection Enter the crushing room at high speed. stream. The material is repeated collision, friction and shear, and the pulverized material is pulverized in the fan pumping force. Under the action of the high-speed rotary classifier, the fine particles that satisfy the particle size required by the grading wheel with the thickness and fine product separation into a t-cyclonic separator and dust collector by the grading wheel with the thickness, fine particles required to satisfy the particle size. Particles and continue to break in the crush region. High-pressure gases (compressed air, superheated steam or other gases) injected around the broken chamber and the high-speed air flow consisting of solid particles in the crushing chamber are subjected to the tangential impact of the air flow injected from different angles, so that the solid particles are mixed in the mixed airflow. Mutual collision and friction and refine.