High Efficiency Vertical Mill Machine For Cement Production Line

High Efficiency Vertical Mill Machine Cement Raw Mill for Cement Production Line
 

Description:

Industries where HVM vertical mills are applied: building materials, electric power, steel, energy, thermal power, chemical industry, coal chemical industry, nonferrous metallurgy, lime kiln, mineral processing and other industries.

Materials that HVM vertical mill can handle: ferrite, slag, slag, cement, diamond, iron ore, chrome ore, manganese ore, gold mine, copper mine, aluminum ore, lead zinc ore, tantalum niobium ore, polymetallic ore, nickel ore, bauxite, silicon carbide, titanium dioxide, talc, bentonite, calcite, kaolin, graphite, mica, wollastonite, feldspar, dolomite, pyrophyllite, quartz sand, fluorite, limestone, organic silicon, lithium limestone Shale, volcanic ash, coal, etc.

【Working Principle】: the motor drives the grinding plate to rotate through the reducer, the material falls in the center of the grinding plate from the feed port, and the hot air enters the mill from the air inlet. Under the action of centrifugal force, materials move towards the edge of the grinding plate. When passing through the circular groove on the grinding plate, they are crushed by the grinding roller. The crushed materials are carried away at the edge of the grinding plate by the high-speed airflow at the wind ring. Large particles directly fall onto the grinding plate for re grinding. When the materials in the airflow pass through the dynamic and static separators, under the action of the rotating rotor, the coarse powder falls onto the grinding plate for re grinding. The qualified fine powder is grinded together with the airflow, The product is collected in the powder collecting device. Materials containing water are dried in the process of contacting with hot gas to reach the required product moisture.

 
Specifications and Technical Parameters of HVM Raw Vertical Mill

Main Features

1) High grinding efficiency and lower energy consumption

2) Lower metal consumption per unit of product

3) Grinding on the material layer bed, minimal sound emission

4) Operation under negative pressure and minimal dust pollution

5) Simple process flow with the combination of grinding, drying and classifying in a single unit

6) Less land occupation, tight layout, light weight, lower civil works cos