Multiple Classify Wheel Classifier White corundum

Multiple Classify Wheel ClassifierWhite Corundum is different from other crushers, which is a collision between particles, airflow impact and shear, high-speed airflow impact, friction and shear, etc. The components are pulverized. It has the following main features: 1. The grinding temperature is low, can pulverize the thermal, low melting material. According to the high-speed jet Joule effect, when the gas is thermally expanded, the gas will cool itself, thus canceling the heat generated by collision and friction. 2, short production cycle, high release rate. Due to high-speed collisions and closed crushing, the probability of collision between materials is very large, and dust does not leak. 3. Products having high purity (less pollution), uniform particle size distribution (D95 cumulative frequency) can be obtained. 4. Some materials that require wet pulverization can also be pulverized by airflow pulverization to achieve uniform and small powder. 5. A variety of joint operations can be achieved, and drying operations can be achieved. It can be seen that the research hotspot of the air pulverizer is very highlighted, and it plays a raised role in the pharmaceutical industry.

Multiple Classify Wheel ClassifierWhite Corundum Working Principle: Airflow Crusher and Cyclone Separator Airport Machine into a complete crushing system, compressed air is filtered and dry, then through the Lavar 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.