Air Classifier of Activated Carbon

With the development of the times, the progress of society, the development of the market is elegant, and more and more manufacturing have to accelerate innovation, some transformations, some continue to improve the technical level of the product, to adapt to the development of the market, Meet the customer's picky requirements. In the case of continuous changes in the market, only constantly innovation, continuously improve your technical level, and constantly improve your own products, in order to make the airflow classifier industry have a broader development space.

Air Classifier of Activated Carbon works in work is also a factor affecting work efficiency. When the temperature of the working fluid is too high, the flow rate of the gas increases. Take air as an example, the critical speed at room temperature is 320 m / sec, when the temperature rises to 480 ° C, the critical speed can be increased to 500 m / sec, that is, the kinetic energy increases by 150%. Therefore, increasing the temperature of the working fluid is conducive to improving pulverization. The pressure of the working fluid is the main parameters of the jet speed, but also the main parameters affecting the fineness of the break. Typically, the higher the pressure of the working fluid, the faster the speed, the greater the kinetic energy. When the titanium powder is pulverized by superheated steam, the vapor pressure is usually from 0.8 to 1.7 MPa, and generally pulverized calcined material is high, and the material after the pulverized surface is low.

AIR Classifier Of Activated Carbon has a particularly designed high-pressure intake nozzle, which is contained from the nozzle, and forms an ultrasonic gas stream. 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. First, the gap of the hammer screen can be adjusted: the friction on the screen changes varies from the distance between the material and the screen, and the friction is different. Improve the hammer speed and hammer material efficiency by adjusting the hammer net gap. However, during the production process, the screens they use are different, the raw materials are different, the hammer screening clearance also needs to be adjusted; in the crusher, the pulverizer is starting working.Not very good, but after a period of work, the particles inside the crusher also changes; in the grinding machine parts, the hammer head is easily worn, and the gap between the hammer head and the screen is increased after the hammer head is worn. Yield is also declining, it is difficult to maintain.
Of course, in order to test the yield of a crusher, for some of the raw materials, for some screen holes, in order to determine the appropriate hammer sieve gap and suction, the useful life of the screen and the hammer can be obtained in a short time. Very high grinding efficiency data. However, in the production of feed grinding, such specific measurement data, according to the operator's work experience, the technical content of the crusher itself is two things. People with enrichment of experience and labor experience also require higher operating costs. When the hammer is worn, the gap between the hammer and the sieve increases, the friction is reduced, and the abrasive efficiency is lowered.
2.Air Classifier of Activated Carbon mainly requires a reasonable use of reverse glitch: mainly to rush the side hair of the screen into the inside, greatly increase the friction, but this method is not used for a long time. After the globi polishing, the efficiency is lowered. It lasts for 30 minutes to 1 hour.
3. Put the friction piece into the AIR Classifier of Activated Carbon: The friction sheet has the effect of the material ring, but the effect is limited. First, the teeth of the friction plate are in front of the hammer head, the friction surface is small, and the hammer is long-lasting; if the sieve area is too small, the output screen area will be reduced.
For any of the equipment, everyday maintenance can be performed, it can ensure that the equipment can run for a long time, so daily is critical to Air Classifier of Activated Carbon.

ALPA Slag Air Classifier of Activated Carbon Case Sharing: This customer is a steel slag re-use technology company, which is mainly engaged in steel slag sorting project. Through the experiment, our AlPA classifier reached customer needs.

Yield: 175kg / h 加 加

AIR Classifier of Activated Carbon from Shan Dong Alpa devices, has been well received by customers. The reason is that the ALPA's Air Classifier of Activated Carbon, grading is accurate, has excellent technology; excellent quality, first-class service. Many customers are also repurchased, Shandong Alpa's Air Classifier of ActiVated Carbon devices must be your no bisector.