Processed Materials:
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Kaolin mill
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Marble mill
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Coal Gangue Mill
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Barite Mill
Permanent magnet direct drive, power upgrade
Applications:
It is suitable for grinding various non-flammable and non-explosive materials with a Mohs hardness of less than 7 and a moisture content of less than 6% in the fields of building materials, metallurgy, power, chemical industry, new energy, new materials, large and medium-sized non-metallic mineral powder making, limestone, calcite, dolomite, marble, gypsum, quicklime, heavy calcium carbonate powder making, environmentally friendly desulfurization limestone powder making, magnetic rare earth materials, bentonite, kaolin, bauxite, barite, clean coal powder preparation, and petroleum coke powder making.
Capacity: 6-55 t/h
Input size: 35-50mm
Performance Advantages
Permanent magnet direct drive motors offer stronger, more stable power, higher reliability, and overall energy savings of 15%.
Equipped with an intelligent lubrication system, the analyzer, main unit, and all motors are lubricated online, enabling operation without downtime.
The new analyzer features a superior appearance and structure, better sealing, higher airflow velocity, and higher powder selection efficiency and accuracy.
The system is equipped with a new high-performance fan, which improves aerodynamic efficiency by 15% and saves 8-10% of electricity compared to traditional fans;
Multi-point status monitoring enables early warning, ensuring stable operation, higher quality finished powder, and enhanced market competitiveness.
Equipped with an intelligent control system, it collects and analyzes data in real time, enabling one-click control via a mobile app.
Working Principle
After crushing, the qualified material is fed evenly and quantitatively into the main grinding chamber by a variable frequency belt feeder for grinding. The ground material is then sent by airflow from a blower to a classifier for grading. Under the action of the classifier, material that does not meet the fineness requirements falls back into the grinding chamber for regrinding, while the qualified material is carried by the airflow through a pipeline into a cyclone dust collector for separation and collection. The collected material is then discharged as the finished powder through a discharge device. The separated airflow returns to the blower through the return air duct at the top of the cyclone dust collector. The system operates under negative pressure and is equipped with a pulse dust collector, meeting national environmental protection standards.
