According to the physical properties of graphite (natural graphite, artificial graphite, spherical graphite), the high-precision stream pulverization classifier is used to accurately control the grading particle size, and different models can be selected depending on the amount of consumption. According to the material characteristics, natural graphite can select the MQW series gas flow grinding, and the artificial graphite grading can select the FW series airflow classifier, spherical graphite shaping can be selected from the CSM series mechanical ultrafine pulverizer - graded impact grinding.The airflow classifier is suitable for hierarchical, graded spherical, sheet-like and fibrous particles; suitable for chemical, minerals, building materials, electronics, pharmaceutical, pesticides, coatings, dyes, food, metallurgy , The feed and other industries can perform dry grading of various organic materials and inorganic substances. It features:
1, wide range of grades: the machine's different properties, different specific grants, different granularities and different particle size are strong, the grades are wide, D97 can reach 4 ~ 200um .
2, high grading accuracy: complete and stable grading flow field and reliable special seal, the material can be grade the material, the particle size distribution is narrow, and the large particle is controlled.
3, the grading efficiency is high: using low-speed vertical single-leaf wheel grading, and then equipped with a strong eddy current field and fine powder cleaning device, which makes it small, high processing amount, high fine powder extraction rate, grading efficiency Can reach 95%.
4, with a strong dispersion device, the agglomeration material can be effectively dispersed and graded.
AlPa7 * 24-hour customer service hotline and 150+ service engineer ready to stand, there is any problem in the production line to complain, AlPA will give technical advice within 30 minutes, give back to complaints within 12 hours, provide a clear within 24 hours Solution, 3 days (foreign 10 days) to arrive at the fault site.