Efficient grinding system for grinding machine

Abstract

The invention discloses an efficient grinding system for a grinding machine. The efficient grinding system for the grinding machine comprises a grinding cavity and a grinding body; the grinding cavitycomprises a grinding cavity body and a microcrystal abrasion-resistant aluminum oxide lining plate which is formed on the inner side surface of the grinding cavity body; the microcrystal abrasion-resistant aluminum oxide lining plate comprises lining plate units which are cambered surface veneers which are matched with the cambered surface of the grinding cavity body; the adjacent lining plate units are formed on the grinding cavity body in a spliced mode through detachable splicing structures; and the grinding body is a ceramic grinding body which is formed through ball rolling forming and high-temperature sintering forming by adopting abrasion-resistant ceramics as a substrate and adding ultra-fine ground sub-micron low-alkali microcrystals. By means of the efficient grinding system forthe grinding machine, the operating efficiency of the grinding machine can be effectively improved, the line loss is reduced, the operation safety risk and dependence on a grinding aid can be reduced, thus the grinding cost is reduced, and the benefits are improved.

Description

technical field [0001] The invention relates to the technical field of mills, in particular to a high-efficiency grinding system for mills. Background technique [0002] Mills are widely used in various industries such as power generation, cement, mineral processing, ceramics, and metallurgy. As the most commonly used grinding equipment, mills are not only large and expensive equipment in these industries, but also large power consumers. Whether it can run normally and whether it can run In the best working condition, it is related to the smoothness of raw material supply and production energy efficiency of the entire production line. [0003] Generally speaking, the work of the mill is mainly to grind the material. The mill in the traditional technology has many advantages such as simple and reliable structure, strong adaptability to materials, and wide adaptability to products, so it has been widely used in the cement industry. use. However, raw material mills, cement mi...

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Problems solved by technology

[0007] 2) The toughness of low chromium cast iron is higher than that of chromium cast iron, which is used as the liner of small balls and fine grinding bins

[0009] However, in the grinding system of the mill, the grinding of materials is carried out by numerous impacts and frictions, among which there are many collisions between steel balls and between steel balls and the liner of the grinding body, and a lot of useless work has been done. , and these factors will also lead to low grinding efficiency and increased power consumption per unit product

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