Impact Pulverizer for MIG mainly applied the pulverization mechanism determined its application range, high finished product, widely used in chemical, minerals, metallurgy, abrasives, ceramics, refractories, pharmaceuticals, pesticides, food, health products , New materials and other industries.
High-speed jet enters the crushing chamber, collides with particles, multiple times in the friction of high pressure air, shear and pulverized, pulverized materials, and the assembly of rising airflow motion, under the action of the fan, In the power of the rotational speed of the Impact Pulverizer for Mig, the thickness of the material is separated from the separator, the fine particle size of the pulverization wheel into the cyclone separator and dust removal, continues to be pulverized.
The pulverizer produced by AlPa can perform local internal changes depending on the different characteristics of the material, so that it is more suitable for the pulverization requirements of the material. The crusher has a greater amount of treatment, energy saving, simple operation, and low maintenance costs.
Alpa Sodium Impact Pulverizer for MIG Case Sharing: This customer is mainly engaged in high energy chemistry, hydrogen production and hydrogen energy development, special gas, fine chemical, environmental engineering, etc. The research institute requires a device that can be superfined with sodium chlorate. Find a domestic powder equipment enterprise. Finally, I purchased an Impact Pulverizer for MIG in our AlPa.
Technical parameters:
Finished granularity: 100-325 目
Production capacity: 500kg
Daily maintenance of Impact Pulverizer for Mig is a very important part, hereby introducing IMPACT Pulverizer Maintenance method of for MIG.
1. When the machine starts or starts, the appropriate amount of grease should be applied to ensure its life.
2. Check if the screws and nuts of each component are tightened. Check if the belt is smashed, whether it is tight.
3, regularly check the reliability of the equipment, prevent accidents or accidents.
4, the direction of operation of the spindle should be correct. If it is incorrect, it should be handled in time to avoid damage to the machine.
5, equipment maintenance should be carried out by professional and technical personnel, and others must not be carried out to avoid damage to the equipment.
6, electrical components and lines should be checked regularly, whether it is intact, and the ground is reliable.
7. The equipment should be cleaned in time to prevent the next use to avoid contaminating materials.
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