- CR Series Impact Mill
- AB Series Jet Mill
- AF Series Air Classifier
- CXM Series Roller Mill
- RM Series Raymond Mill
- GXJ Series Shaping and Modifying Machine
- LM Series Vertical Mill
- JHM Series Ball Mill
- Trinity Trial Machine
- Mixing Machine
- Inert Gas Protection Equipment
- Waste Tire Cracking Carbon Black Equipment
CXM Series Roller Mill
Working Principle
When the roller fixed on the roller frame by the pin rotates under the drive of the main shaft, the roller is pressed against the grinding ring under the action of centrifugal force, and at the same time, the roller rotates around the pin. After the material is added to the grinding chamber from the top by the feeding screw, it is thrown into the gap between the roller and the grinding ring by the roller frame, and is crushed by the impact, rolling and grinding of the roller and the grinding ring. The crushed material falls on the throwing plate and is thrown into the gap between the machine body and the grinding ring. Under the action of the rising air flow, it enters the upper classification chamber for classification. Qualified finished powder passes through the turbine rotor and enters the collection system from the finished material outlet to be collected as a product, and the coarse powder falls into the grinding chamber for re-crushing.
Application Field
Applied to heavy calcium carbonate, kaolin, marble, barite, gypsum, calcium oxide, calcium hydroxide, activated carbon, asphalt coke, pyrolysis carbon black, graphite, etc.
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Features
a. The crushing principle is impact, rolling and grinding, with high crushing efficiency and narrow classifying particle size range.
b. The crushing and classifying of materials are completed in the same machine body and operate independently, with the characteristics of compact structure, small footprint, adjustable product fineness and convenient maintenance.
c. The turbine speed is controlled by the inverter to achieve stepless speed regulation. Through the combination of variable frequency speed regulation and secondary air regulation, the classification efficiency is greatly improved and the particle size distribution is more concentrated.