Single Classifying Wheel Classifier calcium carbonate

my country's overall development trend is the reverse development of low cost, high efficiency, strong power, strong dispersibility, quality and stable, etc., for various types of ultrafine pulverized equipment Higher technical requirements are put forward. Single Classifying Wheel Classifier calcium Carbonate 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.

Single Classifying Wheel Classifier Calcium Carbonate consists of a grace machine, a cyclone separator, a dust collector, and a guide fan. Under the pulverizer pulling force, the lower end of the gas pulverizer is moved upward to the grading area, and the coarse, and the fine product is separated from the high-speed rotation grading turbine. The cyclonic separator or dust collector is collected by the grading wheel, and the fine particles required to meet the particle size are collected, and the coarse particles are collected. The speed of the ellable fine particles disappears and falls along the two air ports of the cylinder wall. The crude particles and fine particles separated by strong purification of the two winds, and the fine particles rose to twice the grade region, and the crude particles drops to the discharge port.

SINGLE CLASSIFYING WHEEL CLASSIFIERCALCIUM Carbonate is not overlooked, and the role playing in production is huge, so Single Classify Wheel Classifiercalcium Carbonate is very important. 1. Analyze the type of the purchased equipment, The design principles and other equipment are different, what is the structure, what effect is generated, only fully analyzes and understands these issues, in order to make the selected device fully meet their production requirements. 2. After the equipment is put into production, if it is easy to lose, it is required to replace the loss of loss. It is necessary to assist in the auxiliary equipment and operations, 3, reasonable control These will save time and money for future production. 4. To check the factory where you want to buy equipment, because the factory is very costly, and it is very complicated from design to manufacturing. Equipment manufacturers cannot fully introduce it. The equipment technical indicators given are also referenced by the device selection. You cannot fully represent the parameters of the device. 5. When purchasing a crusher, you should purchase a supporting equipment as much as possible so that you can complete the installation, save time, smoothly. Since the equipment manufacturer is recommended is practical, if it is recommended to use bad equipment to customers, it is undoubtedly a brand. Although it has certain profit purposes, its use and equipment are reasonable, it is built in later periods. Maintenance is also very convenient, this is a good thing for crushing manufacturers.

ALPA Technology recommends that you must pay attention to periodically checking the performance of the equipment during use using ultrafine airflow classifiers, jet grading machines, powder classifiers, must pay attention to regular inspection equipment performance and prevent malfunctions during use.