Powder Grinding Equipment Part III
Grinding Ball Mill
There
are so many milling tools produced by various companies with their respective
advantages. One of the advantages that grinding machines usually have is its
ability to save energy. One example is a grinding tool called the Grinding Ball
Mill which can save energy by 30%. This Grinding Ball Mill is very suitable for
use in silicate products, refractories, cement industry, and new building
materials. Not only milling, but this tool is also capable of mixing raw
materials for further processing. In addition, the engine with a capacity of
0.65-90 t / h is very friendly to operation and maintenance.
The
design designed for this type of milling machine is that the engine consists of
a small drive gear, electronic control, and an electric engine. The working
system of this machine starts from the milling, packaging, and transportation
processes which are carried out in a powder mill. Then it is continued by
grinding by the grit outlet until the formation of a closed system on this
machine which is influenced by the air classification carried out. Then, the
finished materials and coarse materials are obtained, provided that the coarse
materials will be milled again, while the finished materials will proceed to
the packaging stage.
Ceramic Ball Mill
The
ability to save energy by 30% is not only owned by the Grinding Ball Mill, but
also in Ceramic Ball Mill with minimum operating costs. Ceramic Ball Mill has
the same capacity as the Grinding Ball Mill, which is 0.65-90 t / h. This tool
has been widely used in the manufacturing industry, ranging from new building
materials, cement, iron metal, glass ceramics, and so on. In addition, this
tool also has a grinding medium to get different results, especially in its
refinement.
The
closed system is also a characteristic of this grinding machine, so that there
is no dust emission pollution which can cause performance disturbances or make
the operator uncomfortable. This tool is also designed with a feature that is
free of iron impurities called ceramic balls. The work system that is owned by
Ceramic Ball Mill is the same as the Grinding Ball Mill as a whole starting
from the process in the powder milling plant, then entering the grit outlet,
then to the air classification stage, to producing the finished product. In
addition, the negative pressure when conveying the powder provides an efficient
and effective performance.
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