Factors affecting the productivity of milling equipment

Factors affecting the productivity of milling equipment

The experience gained from installation and operation of these mills enables us to offer milling equipment of up to 35,000 installed horsepower or more. Today a single grinding line with a Gearless SAG mill and appropriate Ball mills can process over 100,000 mtpd.Gearless AG/SAG MillsGearless drives (ringmotors) have been used on tumbling mills for several decades. The design features motor rotor elements bolted to a mill shell,a stationary stator assembly surrounds the rotor elements, and electronics covert the incoming current from 50/60 Hertz to about 1 Hertz. The millshell actually becomes the rotating element of a large low speed synchronous motor. Mill speed is varied by changing the frequency of the current tothe motor. The ringmotor can be used to inch and spot the mill for maintenance.Hongxing Machinery do a detailed analysis about factors affecting the yield.
The first one is finished granularity. The finer of material fineness, the smaller of milling capacity. Second is the milling material hardness. The harder the materials, the harder milling, and more severe wear on the equipment. Raymond milling equipment has slow course, so it is with milling capacity.
Third, the humidity of the milling material. When materials contains more moisture, the material in the hammer mill crusher is easily adhered, also easily in the next conveying process clogging, resulting Raymond milling capacity reduced.
The fourth is milling materials sector. We recommend that customers use Vibrating screen to sieve the material before the milling process.
The fifth is the degree of adhesion of the milling material. That is, the greater the viscosity of the material, the more easily adhesion.
The sixth is the efficiency of the equipment for initiative measures.
In short, the factors that affect the production of the dry rod mill is various, through the first volume of this article, I believe there will be a deeper and more systematic understanding about mill production factors, which will be helpful in the selection and manipulation of the machine.
 

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