Rotor Mill Machine of Medlar Bud TEA

Rotor Mill Machine of Medlar Bud TEA This product technology has been widely valued by the industry. The grinding mechanism of the Rotor Mill Machine of Medlar Bud TEA 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. Rotor Mill Machine of Medlar Bud TEA converts the normal gas source from the gas source portion to nitrogen, carbon dioxide, etc., is an inert gas protection device, which is suitable for the flammable and explosive, oxidative materials. Crushing, grading, and processing.

The Rotor Mill Machine of Medlar Bud Tea constitutes a set of pulverization systems. After the compressed air is dried, it is sprayed into the pulverizing chamber by the Lavar nozzle, and the material is repeatedly collided, friction, shear and pulverized, and the crushing material is pulled down with the wind turbulence. Airflow movement to the hierarchical region, under a powerful centrifugal force generated by high speed rotation, so that the crude material is separated, and the fine particles that meet the particle size requirements are collected by the grading wheel into the cyclone and the dust collector, and the crude particles drops to the pulverizer to continue pulverization. . Since the crushing chamber structure of Rotor Mill Machine of Medlar Bud TEA is simple, it is easy to manufacture, so it is widely used.

ALPA cobaltate Rotor Mill Machine of Medlar BUD TEA Case Sharing: Beijing Lithium Electric Materials Company purchased a Rotor Mill Machine of Medlar Bud TEA from our AlPa in 2020. Ultrafine pulverizer for lithium cobaltate, the company has three particle size requirements for lithium cobaltate, requires a device to be simultaneously satisfied. In response to the unique needs of the company, our ALPA engineers have been working hard, and finally have targeted customized Rotor Mill Machine of Medlar Bud TEA. The pulverizer can meet the production requirements of multiple particle size sections, equipped with subsequent airflow classifier systems, and can be sorted by different particle size products.

Technical parameters:
Finished particle size: lithium cobaltate small particles D50: 3-6 μm; lithium cobaltate large particles: 50: 8-20 μm; Trimetimeterials D50: 6-13μm;
Production capacity: Lithium cobaltate small particles: 250kg of cobalt acid lithium large particles: 500KG ternary: 500kg

Rotor Mill Machine of Medlar Bud TeaThe material is not small. The reason is simple. Solving silo does not small materials suggests design phase to fully understand the properties of materials, such as pile specific gravity, liquidity, moisture resistance, rest horn, particle size, flammable and explosive properties. Using auxiliary measures, such as air disc, air hammer, air blowing, vibration discharge mechanism, artificial hitting, etc. The pulverizer is an apparatus for ultrafine pulverized dry materials with air separation, heavy polishing, and shear. It consists of a cylindrical crushed chamber, a polishing wheel, a polishing rail, a fan, a material collection system, and the like. The material enters the cylindrical pulverizing chamber through the feed port, and is crushed along the grinding rail, and the crush is achieved. The pulverized material passes out the pulverizer through the negative pressure air flow caused by the fan, and the material collection system is entered, filtered through the filter bag, the air is discharged, the material, the dust is collected, and the pulverization is completed.

Rotor Mill Machine of Medlar Bud TEA's feeding system is one of the key components. It often encounters problems in actual use, such as silhouses that are not affected, and the feeding is not uniform, and even can't feed. . Simple analysis of non-uniform feeding of feed is more sticky or fluidity, and the design of the feeding system is designed. Feeding uneven resolution suggests based on material properties systemic solution, such as silo structure, auxiliary sheet structure, feeding valve structure, auxiliary feeding measures, and ventilation and control systems. The feeding system is generally silo, auxiliary tablet equipment, and feeding mechanism three components, depending on the material properties, the design parameters of the feeding system are different.
The above is the use of the Rotor Mill Machine of Medlar Bud TEA products and a simple solution. Everyone must pay more attention when using.

Shan dong alpa is committed to the Rotor Mill Machine of Medlar Bud TEA, has a mature process process, with a high-energy technology R \u0026 D team, specializing in the development of crusher, survive by quality, welcome everyone to come to consult.