Mirror polishing is a surface treatment technology, which is mainly used for the processing and treatment of metal surfaces. This technology can make the metal surface extremely smooth, and the high brightness of the reflected light makes the metal surface appear like a mirror.
In this technology, the metal workpiece is polished and trimmed, and different particle size grinding fluids and soft grinding heads are used to mechanically process while scraping away the top layer of corrosion and other impurities from the metal surface. Afterwards, different grinding fluids and media were continuously used multiple times to gradually reduce particle size and adjust control parameters such as concentration and speed until a high micro flatness was achieved and a relatively smooth and scratch free surface was formed.
Mirror polishing can be used in many different industries, especially in aviation, space industry and microelectronics, because it can improve the light reflectivity of optical elements, reflectors and other surface optical materials. At the same time, in the fields of electronic devices, automobiles, and jewelry components, Mirror Polishing technology can also be used for surface processing to achieve high gloss effects.
In summary, Mirror Polishing is an advanced surface treatment technology that can improve the quality of metal surfaces, giving them a more attractive, durable, and effective appearance, and achieving multiple colors and effects.
Mirror polishing is a surface treatment technology, which is mainly used for the processing and treatment of metal surfaces. This technology can make the metal surface extremely smooth, and the high brightness of the reflected light makes the metal surface appear like a mirror.
In this technology, the metal workpiece is polished and trimmed, and different particle size grinding fluids and soft grinding heads are used to mechanically process while scraping away the top layer of corrosion and other impurities from the metal surface. Afterwards, different grinding fluids and media were continuously used multiple times to gradually reduce particle size and adjust control parameters such as concentration and speed until a high micro flatness was achieved and a relatively smooth and scratch free surface was formed.
Mirror polishing can be used in many different industries, especially in aviation, space industry and microelectronics, because it can improve the light reflectivity of optical elements, reflectors and other surface optical materials. At the same time, in the fields of electronic devices, automobiles, and jewelry components, Mirror Polishing technology can also be used for surface processing to achieve high gloss effects.
In summary, Mirror Polishing is an advanced surface treatment technology that can improve the quality of metal surfaces, giving them a more attractive, durable, and effective appearance, and achieving multiple colors and effects.
