Laboratory Ball Mill is suitable for grinding all kinds of ore and other materials, is widely used in mineral processing, building materials and chemical industries, ball mill mining can be divided into dry ball milling and wet milling. According to different ore discharge methods, can be divided into grid type and overflow type of two. Lab ball mill is a new type of small, light and multi-purpose grinding mill for laboratory and industry. Lab grinding mill can be used for grinding ore in the laboratory of Metallurgy, geology, chemical engineering, building materials, coal and other laboratories, to carry out the research of ore washability. Ball mill machine can also be used to grind a small amount of materials for experimental research in machinery, hydropower, light industry and agriculture.
Cone Ball Mill is a high-quality ball mill crusher. Concial ball mill can grind many metal ores. Lab mill has the advantages of high grinding accuracy, large production capacity, simple operation and long service life. Ball mill grinder is the ideal equipment for many users when they are grinding.
JXSC is a professional mining industry equipment manufacturer, get the first-hand ball mill price now. Besides, ball mill design is available. Types of ball mill: concial ball mill, cylinder ball mill， rod mill.
【Working Principle of Ball Mill】 The special conical structure of the conical ball mill can naturally separate the grinding medium (steel ball), the big ball is located in the biggest diameter section of the cylinder body. The small ball is located in the conical section. The coarse material obtains the big impact energy under the action of the big ball at the feeding end and completes the coarse crushing operation. The pellet is located at the cone end of the discharge to obtain more surface area for fine grinding. The characteristic of the cone mill is that it is equivalent to installing a permanent classifier in the mill barrel. The materials are arranged in the barrel according to the particle size, and the finer they are, the closer they are to the discharge outlet, which will not produce over-grinding, thus increasing the useful work and reducing the useless work In order to achieve the goal of energy saving and consumption reduction.
|Drum Size (mm)||Φ150×50||Φ150×100||Φ240×90||Φ350×160|
|Feeding Size (mm)||≤3||≤3||≤3||≤3|
|Discharging Size (mm)||≤0.074||≤0.074||≤0.074||≤0.074|
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