Ultrafine Talc Powder ACM Air Classifier Grinding Mill Pulverizer
Features and Advantages:
|1.Widely used in non-metallic minerals (Mohs hardness less than 5), chemical, inorganic salts, pharmaceuticals, food, pigments, dyes, pesticides, battery materials, minerals, refractory materials and other industries.|
|3.Classifying wheel is Horizontally installation;|
|4.Integration of grinding and classifying, classifying wheel is adjustable to obtain ideal particle;|
|5.Different types of grinding disc (pin, hammer, teeth or others) are used based on characteristics of materials to obtain different grinding forces and improve grinding efficiency;|
|6.Key parts like the hammer, gear ring and classifying wheel are made of ceramic such as aluminum oxide, zirconium oxide or silicon carbide, ensuring non-contact with metal throughout the grinding for high purity of the final product;|
|7.PLC control system, easy operation;|
|8.Optional explosion-proof design, meet the ultra-fine grinding processing requirements of flammable and explosive oxide materials.|
The material is evenly fed into the grinding chamber by the feeding system, strongly impacted by the high-speed rotating grinding disc. At the same time, it is subjected to centrifugal force and collides with the grinding ring gear, and is subjected to various comprehensive forces such as shearing, friction and collision to finished grinding. The grinded material moves to the classifying zone with the airflow. The classifier is adjusted by frequency conversion, separates the coarse and fine materials, the product that meet the fineness requirement enters the cyclone collector and the dust collector with the airflow, and the coarse powders return to the classifying zone, secondary grinding.
|Power (kw)||Grinding Disc||7.5||18.5||30||45~55||75~90||132|
|Max Air Flow(m3/h)||500||1200||3000||4800||9000||12000|
Note: The production capacity is closely related to the particle size, specific gravity, hardness, moisture and other indicators of the raw materials. The above is only for selection reference.