Fluidized Bed Jet Mill of Glass Slag

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.

What are the advantages of FLUIDIZED BED JET MILL OF Glass SLAG? Let's take a look at it.

First, the pulverized particle size is small, the distribution is uniform. Since the force distribution on the Fluidized Bed Jet Mill of Glass SLAG material is quite uniform. The ultrafine pulverizer is an apparatus for ultrafine pulverization of dry materials by using air separation, high pressure comminution, shear and other techniques. It consists of a cylindrical crushed chamber, a grinding wheel, a wear rail, a fan, a material collection system, etc. The setting of the grading system not only strictly limits large particles, but also avoids the occurrence of pulverization, thereby obtaining a uniform powder having a uniform particle size distribution. At the same time, the specific surface area of \u200b\u200bfine powder increases, and the amount of adsorption and solubility are also increased accordingly.
Second, reduce pollution, more environmentally friendly: ultrafine pulverization is carried out in a closed system, which avoids the pollution of fine powder to the surrounding environment, and prevents dust pollution products in the air. Therefore, the Fluidized Bed Jet Mill of Glass SLAG applies this technology to food and health products, which can effectively control the specific gravity of microorganisms and dust. The ultrafine pulverization speed is high and can be pulverized at low temperatures. Ultra-fine pulverization technology is smashed with ultrasonic air flow, cold grinding and other methods, which are completely different from the conventional pure mechanical pulverization method. After the gas fine particles are broken to the high-speed cyclone separator, the high-speed cyclone separator is broken, and the high-speed cyclone separator enters the coarse-grain separator, and then enters the coarse grain separation zone via the high-speed cyclone separator, and then enters the coarse grain separation area through high speed. Centrifugal separator.
Third, during the grinding process, there will be no local overheating phenomenon, and can even be smash at low temperatures, fast speed, and can be completed instantly.
Therefore, the bioactive ingredients in the powder can be minimized to produce the desired high quality products.


In the conventional dispersion pulverization process, it is difficult to overcome the phenomenon of heating, viscology. The machine uses a swirling high-speed rotational movement to produce a strong airflow in the mill. The material enters the crushing room under the negative pressure of the feed port. The vortex vibration generated by the strong gas flow between the blade and the module is generated by impact, shearing and grinding. The heat of the crushing room is taken away by the airflow, and the heat generated during the crushing process does not accumulate. The finished powder from the screen stream, improves the weight of the mill can be adjusted by the screen production efficiency, and the fineness is uniform.

It has achieved better use effect, but also pay attention to the daily maintenance of Fluidized Bed Jet Mill of Glass Slag, pay attention to the following:
1. In the production process, we should check the airflow grinding bed bearing temperature rise, when the temperature rise When more than 50 ° C, check should be stopped, find out the cause, and troubleshoot.
2. When using the pulverizer, the drive belt is easily stretched, and should pay attention to adjust the appropriate tightness of the belt to ensure the life of the belt.

3. Test and timely replacement of vulnerable parts should often be performed to ensure quality and production.

4. Continuously check the wear of blade and bushing, if the productivity is lowered, the particles are thicker, and will be replaced after wear.

5. The change period of the pulverizer bearing is 2000 hours, and the amount of the bearing cavity is 1 ≤ 2 (try) or 3 ≤ 4 (try), otherwise the bearing temperature is too high.

ALPA Composite Flour Fluidized Bed Jet Mill of Glass SLAG Case Sharing: This customer is a renewable resource company that requires a different particle size selection of composite powder, and it is necessary to select less than 30 μm. Ultrafine powder. Investigate a number of domestic grading equipment manufacturers, did not find the right equipment, and finally found the right equipment in our AlPa, and selected our vertical grading machine equipment. Product particle size: D97 ≤ 30μm hour yield: 80T
Welcome major composite powder manufacturers to visit, incompetent experiments.

AlPa Designed Fluidized Bed Jet Mill of Glass SLAG devices got a very good reputation in actual production applications, and also won the praise of users and friends. If you need to buy Fluidized Bed Jet Mill of Glass Slag, please feel free to contact us.