What is the wear resistance of the T41 4 inches cutting disc size ? The plane density of the diamond working layer of the cutter head of the cutting disc is related to the diamond insert strength of the tip carcass, the diamond grain size and concentration selected for the bit. The higher the diamond concentration selected for the cutter head, the greater the average density of diamond on the working surface of the cutter head, the higher the wear resistance of the cutter head and the longer the service life.
The greater the longitudinal density of the diamond in the working layer of the cutter carcass, the more the number of diamond layers in the working layer of the diamond carcass, the more the number of diamond layers in the carcass, the longer the service life of the cutter head. The diamond longitudinal density of the working layer on the surface of the cutter body is related to the diamond size and concentration selected by the cutter head. The higher the diamond concentration, the greater the longitudinal density of the diamond in the working layer of the cutter head, and the more diamond layers in the cutter head. The finer the particle size of the selected diamond particles, the smaller the diamond layer in the diamond matrix. The more the cutter head wears, the higher the wear resistance.