Modern production not only pursues production and finished product quality, but also develops in the direction of environmentally friendly energy. Especially in the comminution industry, the overall development trend of Single Classify Wheel Classifier With CarboxyMethyl Cellulose Technology in our country is to develop, highly controllable, high quality, high quality.
SINGLE CLASSIFY WHEEL CLASSIFIER WITH Carboxymethyl Cellulose is a high-speed airflow to form a high-speed airflow using multiple relative-arranged nozzles to achieve ultrafine pulverization. The crushed material enters the grading chamber with the rising airflow. Since the grading rotor is high-speed rotation, the particles are subjected to the centrifugal force generated by the hierarchical rotor, and the center of heart is generated by the viscous effect of the airflow. When the centrifugal force of the particles is greater than the heart force, that is, the fractional particle diameter The coarse particles return to the pulverizing chamber to continue the impact, fine particles flow into the cyclone separator, collectors, and the gas is discharged from the air. Low temperature without medium smashing, ensuring high purity and physical properties of the product. The equipment runs no dust pollution in a negative pressure state. The full use of jet is more than 30% of the conventional gas flow milling machine, and the grading accuracy is higher. ALPA equipment is small, and the structure of the pulverizer can be highly machined ultrafine powder, avoiding the wear of the horizontal grading machine grading part, and the service life of the equipment and easy-to-load load under the same material is multiple products. Small granularity is wide, and the product particle size can be arbitrarily adjusted within 1-74um.
SINGLE CLASSIFY WHEEL CLASSIFIER with CARBOXYMEL CELLOSE The main development trend of equipment has the following aspects: (1) Developing fine classified equipment with grading machine. (2) Development of low-energy consumption, small land, and deal with large handling. (3) Integrated development of equipment and process research.
