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Ball grinder is mainly composed of charging and discharging, cyclone and rotation parts (like redactor, minor rotation gear, motor, electric machine, etc). Hollow axis is made of steel parts with a lining replacable. Major rotation gear, machined by rolling wheel of casting, is lined with wearing plate with fine wear-resisting property. It has such advantages as large application range, simple structure and convenient maintenance; large capacity and continuous work are very obvious; barrel lining and grinding media can apply various abrasive materials; installation and adjustment are very convenient and easy to be operated.

According to it feeding and discharging methods, it can be divided into dry mill and wet lattice mill. Hongxing Machinery is a professional manufacturer of ball mill, the machines we manufactured have the advantages of reliable structure, stable operation, high efficiency and low energy consumption, safe and environmentally-friendly and little pollution, easy operation and convenient maintenance, and together with our advanced production methods, excellent production quality and considerable and careful service, so that our products have firmly taken up the market. As a commonly-used grinding machine, it is widely applied in ore beneficiation, building material and chemical industry.

Generally speaking, there are three direct ways to increase the production of this equipment:

1. Add fine crushing machine before the material goes into the mill.

2. Improve the powder grinding system, increase the grinding efficiency.

3. Add highly efficient powder selecting machine after the material is ground.

As we all know, Raymond mill is a key machine for secondary crushing after the material is primarily broken. It is widely applied in cement, silicate products, new construction material, fertilizer, non-ferrous metal dressing and glass-ceramic and other industries. Fine crushing before grinding is the premise, powder selection is the guarantee and the improvement of the inside of the mill is the foundation. The fine crushing decreases significantly the material feeding size, thus reducing the workload of the mill system; if the selection process is improved, the most direct benefits are that the finished products can be timely selected and the final products returning for recrushing is lowered; the modification of the inside of the mill which is also the improvement of the mill system is the most fundamental resolution. The material feeding size is decreased and the powder selection efficiency is improved; and if the efficiency of the mill system is low, then what it influences is not only the production capacity of the ball mill, but will have a stronger effect on the quality of the finished products.