Brief introduction of the 105*1.2*16 cutting disc？
|14.1.2019||Posted by yanghm under Advertising & Marketing|
In the conventional 105*1.2*16 cutting disc, the composition of the cutting piece is randomly and disorderly arranged in the metal carcass, and therefore, the diamond is liable to cause segregation and aggregation in the bit. In the diamond-rich zone, the diamond concentration is high, the single diamond has low sawing force, and is easy to be polished and worn. At the same time, it is easy to block and hinder the removal of cuttings, resulting in a decrease in sawing efficiency. In the diamond rare area, due to the single diamond, the workload is too large, the impact force is large, and the diamond is prone to chipping and falling off. Therefore, the diamond-disordered saw blade has problems of low sawing efficiency, short tool life, and sawing efficiency and life. In recent years, in the 105*1.2*16 cutting disc tool industry, the design and process of orderly arrangement of diamond heads have been introduced, which can evenly arrange diamonds at the optimal spacing in the production of diamond bits. The test data shows that the ordered arrangement can simultaneously improve the sharpness and life of the diamond saw blade, and reduce the diamond concentration and save costs.
The brazed diamond tool uses diamond surface metallization technology to weld diamond with an active brazing filler metal or nickel-based brazing filler metal, and to form a chemical or metallurgical bond between the diamond and the tool carcass through strong carbide forming elements or alloys, which greatly enhances the control of the diamond. force. In addition, the diamond can protrude 2/3, and it is not easy to fall off, and it also creates favorable conditions for cutting sharp and good chip removal. In addition, it is easy to combine with the diamond ordering technology to achieve reasonable and uniform distribution of diamond on the tool surface, making full use of the diamond cutting effect, which can save the diamond dosage, reduce the tool cost, and improve the cutting efficiency.