With the continuous development of pulverizer technology, Cell Mill for Amino Acid has gradually penetrated into daily life.
Cell Mill for Amino Acid's pulverized granularity is wide and easy to operate, but during the pulverization process, the crushing effect is often different.
The crushing effect is mainly affected by the following factors:
The temperature and pressure of the gas ratio, the feed particle size, the working fluid, and the pulverized 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 titaniμm 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.
Alpa Alμminμm Silicate Cell Mill for Amino Acid Experiment: A environmental protection technology company requires grading of alμminμm silicate ultrafine powder due to production demand, because uncertain demand can not be achieved, so the experiment is carried out. By experimenting our ALPA air grade machine equipment can be graded, and finally the product particle size obtained by the experiment: D90: 18.3 μm, production: 460kg / h Add the amount.
Welcome major There is a powder grading demand manufacturer, to the factory visit, incoming experiment.
