What is diamond ordering?

In conventional diamond saw blades, diamonds are randomly and disorderly arranged in the metal matrix. Therefore, diamonds are prone to segregation and aggregation in the diamond segment.

In diamond-rich areas, the diamond concentration is high, and the sawing force of a single diamond is small, and it 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; If the work load is too large and the impact force is large, the diamond will easily break and fall off.

 

Therefore, saw blades with randomly arranged diamonds have problems such as low sawing efficiency, short tool life, and conflicting sawing efficiency and lifespan. In recent years, in the diamond tool industry, the design and process of orderly arrangement of diamonds in diamond segments have been introduced, which can evenly arrange diamonds at optimal intervals during the production of diamond segments. Test data shows that orderly arrangement can simultaneously improve the sharpness and life of diamond saw blades, reduce diamond concentration, and save costs.