Fl Multiple-Stage Classifier In SeriesLAG has a wide range of smudges, simple and convenient operation, but during the pulverization process, there is often a case where the pulverization effect is different. The crushing machine is highly affected by the following factors: the temperature and pressure of the gas ratio, the feed particle size, the work quality, and the pulverization aid. The gas-solid ratio of the pulverizer is an important technical parameter and an important indicator. If the gas is too small, the kinetic energy of the airflow will be insufficient, which in turn affects the fineness of the product. However, if the gas is too high, it will not only waste energy, but will even degrade the dispersion performance of certain pigments. When pulverizing hard materials, there is a stricter requirement for the particle size of the feed. In terms of titanium powder, it is necessary to control 100 ~ 200 mesh when pulverizing calcination; the material after the pulverization surface is generally 40 to 70 mesh, and cannot exceed 2 to 5 mesh. So, should you choose how high pressure when crushing? Those skilled in the art depends primarily on the comminutability and fineness requirements of materials.
How to correctly select a power saving and consumption that can achieve ultrafine grading, but also has an emissions to meet the standard, the working environment is excellent, beautiful and beautiful. Fl Multiple-Stage Classifier In SeriesLAG, give everyone a few suggestions: First, according to the characteristics of the material you want, from the hardness, fineness, yield, addition value, the requirements of iron and other metal impurities, materials, materials, materials The mobility and the like are preliminaryly determined to classify the classified machine type. Second, according to the type of the classifier, which model is a superfine gas flow classifier, which model is a coarse powder classifier, which model is a grading machine that can smash higher hardness materials, which models are Stems, fibers, grease materials.
