Alloy instead of the traditional tools and materials can save resources and improve resource utilization

Polycrystalline Diamond Compact as a new superhard composite materials instead of the traditional alloy tool can save resources and improve resource utilization; while in use can also reduce pollution of the environment, such as reducing the cutting of metal dust, etc., is a lower energy consumption of environmentally friendly "green"  abrasive grinding . Given the current domestic and polycrystalline diamond composite Research, and the guidance of instructors on the basis of existing experimental conditions  Diamond blade  this thesis. Select the experimental synthesis of the composite sheet and foreign composite film using scanning electron microscopy, synthetic diamond  and differential thermal analysis and other methods, a brief introduction of the polycrystalline diamond compact synthesis mechanism of high temperature and pressure, the use of the top six sides hinged hydraulic machine under high temperature and pressure synthetic polycrystalline diamond composite sheet obtained by changing the process three different PDC.