With the development of society and life, the demand for the FL Multiple-Stage Classifier In Series with EPVC is increasingly demanding in the industry, and the requirements for fineness, purity, and pass rate are increasing. In the current market, there is a great development space.
Fl Multiple-Stage Classifier In Series With EPVC is powered by the adiabatic expansion of the compressed air and the compressed gas at the nozzle. The temperature of the system will be reduced. The material is inhaled in the mixing chamber by a negative pressure generated by the high-speed jet of the feed injector. The nozzle is injected into the pulverizing chamber in a certain angle by pulverizing jet in the radial direction of the pulverized chamber and is distributed at the same level. The jet stream rotates with the material with a very high speed, forming a fluid power characteristic on the radius of the pulverizer. Material particles collide with huge momentum. Material As airflow high-speed exercise, a serious impact, friction and shear of the grinding chamber, resulting in wear and wear of the grinding cavity, causing certain pollution to the product. In this apparatus, the treated material is blown at a speed of 20 m / s, and collides with other high speed materials. Due to the high-speed flow of the airflow and the high impact strength of the material, the crushing efficiency is very high. At the same time, during the motion of the machine gun, the inner spiral cyclone and outer spiral void are added. The limit is aggregated to the axis of motion to reduce the friction of the tube wall and reduce the metal wear to minimize. The air pulverizer has an upward nozzle under the bottom of the pulverized chamber, and the material that falls into the pulverized chamber can also be smashed and eliminated by a high-speed air flow entrained by the nozzle in time. The blind zone of the cone below the broken chamber, the ball media and materials are irregular in the entire simplified body. Scroll, make the ball media and materials have a double effect of collision and grinding, resulting in fine grinding, uniform dispersion.
