Introduction to PVD Vacuum Coating C-Type Fixture Processing

PVD Vacuum Coating C-Type Fixture Processing refers to the manufacturing process of vacuum coating C-type fixtures using physical vapor deposition technology (PVD). The following is a detailed introduction:

Design and production of C-type clamps: First, the C-type clamps need to be designed and manufactured according to the requirements of vacuum coating. Specific requirements include the shape and size of the clamps, surface treatment, etc.

Surface Preparation: Surface preparation includes cleaning and sanding to ensure the surface is flat, smooth and free of any impurities or stains.

Advanced vapor deposition technology: Place the C-shaped fixture into a vacuum chamber, thermally evaporate or ion spray the material under vacuum conditions, causing it to condense on the surface of the C-shaped fixture to form a thin film.

Film thickness control: Use the different melting points of materials to control the thickness of the film, and form the required thickness by controlling the time and rate of vacuum evaporation.

Bonding treatment: Put the C-type clamp back into the high-temperature treatment furnace for bonding treatment, so that the surface film and the surface of the clamp reach a certain degree of bonding, thereby ensuring the uniformity, stability and firmness of the film layer.

Follow-up processing: Depending on the required needs, some follow-up processing may be required on the C-type fixture, such as cleaning, polishing, etching, etc.

Quality inspection: After completing the above steps, conduct quality inspection on the C-type fixture to check surface quality, film thickness, wear resistance and other factors to ensure that it meets customer requirements.

Overall, PVD Vacuum Coating C-Type Fixture Processing is a high-precision process that can be used to produce high-quality, high-precision fixtures to meet application needs in a variety of different fields.