Spiral Jet Mill for anhydrite This product technology has been widely valued by the industry. Spiral Jet Mill for anhydrite is mainly used to determine its wide range of applications, high fine, typical materials: super hard diamond, silicon carbide, metal powder, high purity requirements: ceramic pigment, medicine, biochemistry, medicine. Spiral Jet Mill for anhydrite converts the normal gas from the gas source portion to nitrogen, carbon dioxide, etc., is an inert gas protection device, which is suitable for use in flammable and explosive, oxidative materials, pulverization, grading, and processing.
The variety of Spiral Jet Mill for Anhydrite is now very large, and its grading quality and level are very large. In general, the evaluation of grade grading performance is expressed in grading efficiency and grading accuracy. But the current level of grading efficiency and grading accuracy have many inconveniences in practical applications. Through the analysis of the classification efficiency of the collected evaluation grade performance and the level of grading accuracy.
The pulverization chamber of Spiral Jet Mill for anhydrite is arranged in a particularly designed high-pressure intake nozzle, which is purified from the nozzle to form an ultrasonic air flow. Materials collide in the center of the high-speed airflow intersection, and it is pulverized in an instant. The pulverized particles rose to the grading chamber, and the qualified particles enter the cyclone separator with the gas, and finally obtain the desired product, the exhaust gas enters the dust collector.
The turbine grading system set in the classification room can obtain a powder of micrometers or even finer. When the pulverized material is pulverized in the pulverized chamber, the same particles at the edge of the turbine will be attached to the two different effort of the centrifuge field (i.e., centrifugal force and airflow resistance generated by turbine). When the particles are large, the centrifugal force is greater than the resistance, and the large particles fly toward the chamber pool wall along the turbine tangential direction, and then returned to the pulverizing chamber to be re-pulverized. When the particles are small, at this time, at this time is less than the resistance, the small particles enter the interior of the turbine with the rising airflow, and collectively collected by the cyclone to qualified products.
1, check whether there is oil in the lubrication before booting.
2, clearing the metal, sand, stone and other debris in the material to prevent damage to the machine.
3, the hand must not reach into the feed port, and the cover must not be opened in the operation.
4, the screen aperture should be appropriately selected, and the damage is required.
5. It is strictly forbidden to start the load, the machine is running a minute and then feeds, and the appropriate amount of water is marked.
6, the air is turned off for 2 minutes.
Technical parameters:
finished particle size: 98% over 325 mesh
Production capacity: 2T
