The diamond manufacturing process includes the following steps:
Raw material preparation: choose suitable natural diamond or artificial diamond as raw material.
Raw material treatment: The raw material is cleaned, polished and dried to remove surface impurities and pollutants.
Manufacturing tools: Grinding diamond into powder, adding it to the metal matrix, and sintering at high temperature and high pressure.
Surface treatment: Grinding, polishing and other surface treatments are carried out on the manufactured tools to improve their surface finish and performance.
Diamond has the following advantages:
High hardness: Diamond is the hardest substance in nature, and it has good cutting, grinding and drilling properties for many hard materials.
High thermal conductivity: Diamond has good thermal conductivity and can conduct heat quickly, which is beneficial to reduce the temperature rise of tools.
Good wear resistance: Diamond has extremely high wear resistance and can maintain the sharpness and precision of tools for a long time.
However, diamond also has its limitations, such as:
Easy graphitization at high temperature: In a high temperature environment, diamond is prone to graphitization, resulting in a decrease in performance.
High brittleness: Diamond is brittle and easily damaged by external forces such as shock and vibration.
High cost: Natural diamond resources are scarce and expensive, so the manufacturing cost of diamond tools is relatively high.
The above is the information about the manufacturing process and material characteristics of the aluminum diamond plate tool box. The specific manufacturing process and material characteristics need to be consulted in detail for different products.
