Characteristics of diamond blades
Characteristics of diamond blades
Diamond inserts have the characteristics of high compressive strength, high compressive strength, good thermal conductivity and wear resistance, and can obtain high machining accuracy and high manufacturing efficiency in rapid milling. The above properties of diamond blades are determined by the state of the diamond crystals. In diamond crystals, the four valence electrons of oxygen atoms form bonds in a tetrahedral structure, and each oxygen atom forms ionic bonds with four adjacent molecular structures, thereby forming a diamond structure, which is highly fused and specific , so that the diamond has extremely high wear resistance. Since the structure of polycrystalline diamond (PCD) is a fine crystal diamond calcined body that tends to be different, its compressive strength and wear resistance are still lower than those of single crystal diamond despite the addition of a binder. However, due to the various performances of the PCD calcined body, it is not easy to split along a single type.
The performance of the diamond blade The main performance
The diamond blade is a special tool for high-precision forming and repairing. It has the characteristics of high efficiency and stable precision. The cutter mouth is vertical and has no burrs. Can not be cut, the enterprise application of the production of complex surface product workpiece.
Scope of application
Cutting and cutting of integrated circuit chip integrated stimulation light; processing of jade and crystal handicrafts; processing of ceramic optical lenses; processing of optical cables and cables for medical specimen collection; cutting of automotive silicone rubber sealing strips, cutting of plastic products with metal frames, etc. Drilling of precious raw materials.
