Tungsten Carbide Mining Tools
With the continuous development of the mining industry, in the actual rock drilling process, the economic effect of rock drilling is closely related to the wear resistance of the drill bit. Because cemented carbide material has high hardness and a certain use strength, it can withstand high impact loads, so it has been widely used in the mining industry.
The wear of the drill bit and the sharpness of the blade also affect the crushing of the rock. Therefore, some improvements have been made in the design of cemented carbide alloy pieces used in cemented carbide drill bits, such as wedge pieces, column teeth, and ball teeth, and the most used are the straight and cross-shaped ones.
Mining tool material grade choice
In the coal mining industry, generally speaking, the rocks in coal mines are softer, mostly limestone, sandstone and shale, so the straight and cross-shaped drill bits inlaid with YG8C cemented carbide are used.
In geological exploration, to find out the bottom conditions of an area, the main method of drilling to extract rocks is used, and the most used drill bit material is cemented carbide. In geological exploration, the cemented carbide grades used are mainly YG6 and YG8.
Mining cemented carbide mainly uses grades with higher cobalt content in tungsten-cobalt alloys, especially coarse-grained tungsten carbide with lower cobalt content, which are also widely used in impact drilling. Mining cemented carbide must have the two characteristics of not being easily damaged under impact load and having high wear resistance.
The selection of mining cemented carbide grades should be based on the ore and rock conditions.
Mining tool types and Classification
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