FL Multiple-stage Classifier in Series for Plaster

With the rapid growth of China's economy, high-energy mining machinery industry, especially FL Multiple-Stage Classifier In Series for Plaster will have a huge development space, and various mineral powder products will develop rapidly. In order to ensure sustainable development, green, environmentally friendly, healthy bed jet rubbing equipment and products more extensive in the entire mineral powder industry. When applied to people's lives, it is necessary to optimize the use of equipment technology.

The overall development trend of my country's material ultrafine crushing technology is to make a more ultrafine pulverized equipment to various types of ultra-fine pulverization equipment to low cost, high efficiency, strong dispersibility, good dispersibility, good quality and stable. High technical requirements. Fl Multiple-Stage Classifier In Series for Plaster Engineering Technology will need more and more high-purity ultrafine powder, and ultrafine powder technology will play an increasingly important role in high-tech research and development. Although high purity ultrafine powder is prepared by chemical synthesis, high cost is too high, very difficult for industrial production. The main means of obtaining the ultrafine powder is still mechanical and pulverized, and ultra-fine pulverization technology is a combination of many technologies, and its development also depends on the progress of the related technologies. Therefore, the main development trend of ultrafine crushing equipment has the following aspects to develop fine classified equipment with ultrafine pulverized equipment. Ultrafine pulverized equipment with low energy consumption, small land, and has high processing skills. Integrated development of equipment and process research. Ultra-fine and supporting equipment must adapt to specific bored features and product indicators, and the scale model must be adapted.

Fl Multiple-Stage Classifier In Series for Plaster works airflow pulverizer and cyclone separator, dust collectors and air machines into a complete crushing system. After filtration and drying, the compressed air is injected into the crushing chamber through a high speed sluice nozzle. At the intersection of multiple high pressure airflow, the material repeatedly collides, friction, shear and crushing. Under strength, the thickness, fine product is separated, and the fine particles that meet the particle size requirements are collected by the cyclone and the dust collector by the grading wheel, and the crude particles reduce the crushing area to continue to break.