The advantage of ultrafine mill
High crushing efficiency:
Under the action of high-speed impact force and shear force, the ultrafine mill can quickly complete the crushing task and greatly shorten the crushing time.
By optimizing the grinding process, the grinding efficiency of the air flow ultrafine mill is improved. Compared with the traditional air flow mill, the grinding efficiency can be increased by 30%.
High fineness of grinding:
The ultrafine grinder can crush the material to a higher fineness, such as 150 mesh to 2500 mesh, or even higher.
Laboratory ultrafine grinder can achieve a higher fineness, the fineness of plant fibers can reach 40100μm (D98), and the fineness of hard and brittle materials can reach 1244μm (D98).
Low crushing temperature:
In the case of continuous operation, the temperature of the ultrafine mill usually does not exceed 40 degrees, which is conducive to protecting the original characteristics of the material.
The air flow ultrafine mill does not produce local overheating in the crushing process, and can be crushed at low temperature.
Wide range of application:
Ultrafine mill is suitable for a variety of materials, including fiber, high toughness, high hardness or a certain moisture content of the material.
It can be widely used in Chinese medicine, Western medicine, pesticide, biology, cosmetics, food, feed, chemical industry, ceramics and other industries for ultrafine grinding of dry materials.
Easy to operate and maintain:
Ultrafine mill has compact structure, small footprint and easy maintenance.
The operation is simple, the refuelling is convenient, and the operation difficulty and labor cost are reduced.
Clean Health and Safety:
The grinding process is completely closed without dust overflow, improving the working environment.
The parts in contact with the material are made of polished stainless steel and other high-quality materials to avoid mixing heavy metals and ensure the safety of the product.
shortcoming
High energy consumption:
Due to the need for high-speed rotating blades and air flow systems, the energy consumption of ultrafine shredders is relatively large, and there are certain requirements for energy supply.
This will increase production costs and bring certain challenges to energy conservation and emission reduction.
Limited capacity:
The crushing chamber is small in design and can only handle a limited amount of material at a time.
For large-scale production, there may be limitations, requiring an increase in the number of equipment or an extended production cycle.
Loud noise:
High-speed rotating parts will produce large noise, which will have a certain impact on the production environment.
It is necessary to take appropriate noise reduction measures, such as setting up noise enclosures, using low noise equipment, etc.
High maintenance costs:
The use of high-precision parts increases the difficulty and cost of equipment maintenance.
Regular inspection and replacement is required to ensure the normal operation of the equipment and extend the service life.
Wall-breaking effect varies:
For materials with small cell diameter such as Chinese medicinal materials, in order to achieve the wall-breaking effect for the purpose of improving the drug efficacy, the fineness of the ultrafine mill needs to be set to a higher value (such as more than 500 mesh).
However, the general ultrafine mill is difficult to meet this requirement for Chinese medicinal materials, and the wall breaking effect may not be ideal.
In the video is the ZS-515 vibrating screen disassembly video, put down the fixed frame around, and then take out the screen in turn, and then put back in order, installation and disassembly is very simple.Feel free to contact us if you need anything.
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