The crushing rules of high-energy crusher

The crushing rules of high-energy crusher

High-energy crusherMainly applicable to industries such as pharmaceuticals, chemicals, and food. Mainly used for chemical materials, Chinese medicinal materials containing tree roots, branches, and block like materials, various grains with low oil content, miscellaneous grains, and other hard and brittle materials. Understanding the crushing rules of high-energy crushers can help us better use the equipment.

1. The smaller the particle size of the material, the greater the equipment output

High energy crushers have certain requirements for material particle size. Generally, under normal operation of the equipment, the smaller the material particle size, the higher the output. This is because the particle size directly affects the grinding time of the high-energy crusher. If the particle size is too large, the grinding time increases and the corresponding yield naturally decreases.

2. The lower the moisture content of the material, the greater the equipment output

The higher the moisture content of the processed material, the lower the equipment output, and vice versa, the higher the output. This is because materials with high moisture content may experience wall sticking during processing, which can significantly reduce work efficiency and lead to a decrease in equipment output.

3. The thicker the sieve aperture, the greater the equipment output

The output of a high-energy crusher is directly related to the size of the sieve aperture. The material crushed by the high-energy crusher can be adjusted through the sieve. Under normal circumstances, the larger the sieve aperture, the higher the output of the high-energy crusher.

4. The stronger the brittleness of the material, the greater the equipment output

Relatively speaking, the more brittle the material, the easier the high-energy crusher crushing process, and the shorter the crushing time, thereby increasing the output of the equipment.

The above are the crushing rules of high-energy crushers, which means that the output of the equipment is related to many factors. Users need to understand the crushing rules of the equipment before using it, and make reasonable adjustments based on the material situation and their own requirements for output, in order to achieve higher output.