Introduction
Superfine grinding is a kind of high efficiency micro grinding equipment with high fineness and performance. It is widely used to process non-metallic materials like graphite, talc, mica and kaolin. This kind of equipment has many advantages, such as good grinding effect, high efficiency, energy saving, low energy consumption, etc. With the advancement of modern industrial technology, the requirements of superfine grinding technology are constantly increasing. And the application of this technology has been extended to many fields.
Characteristics of Superfine Grinding
Superfine grinding has many advantages, and its most outstanding characteristics are as follows:
1. High efficiency and good grinding effect: the particle size of the superfine grinding material can reach D97=5um. The grinding time is short and the grinding efficiency is high.
2. Energy saving and low energy consumption: due to the reasonable structure of the superfine grinding machine, the power consumption can be greatly reduced, and the energy consumption can be reduced by 20%-40%.
3. Environmental protection and dust removal: the superfine grinding machine uses reasonable sealing, dust removal effect is better, can meet the requirements of environmental protection.
4. Easy operation and maintenance: the superfine grinding machine is easy to operate, and the maintenance and repair are simple and convenient.
Application of Superfine Grinding
The application of superfine grinding technology has become an indispensable process in many industrial fields, such as chemical engineering, building materials, non-metal ore, etc.
1. Chemical engineering: in the chemical industry, superfine grinding is mainly used for processing various chemical raw materials, like quartz, feldspar, kaolin, clay, carbonate, etc., so as to improve their grinding efficiency and improve their value.
2. Building materials: Super fine grinding can be used in the production of building materials, such as Portland cement, ceramic sand, bentonite powder, etc. The fineness and strength of these materials can be improved significantly after being processed by superfine grinding.
3. Non-metal ore: Superfine grinding is also used for the processing of some non-metallic ores, such as fluorite, talc, graphite, lilimingne and calcite. After being processed by the superfine grinding machine, these ore can be used for industry.
Conclusion
In summary, superfine grinding is a kind of advanced fine grinding equipment with high grinding efficiency, energy saving, environmental protection and no dust pollution. Superfine grinding technology has been successfully applied in many aspects of chemical engineering, building materials industry, non-metal ore and other fields.
