In the process of vacuum evaporation and vacuum ion, the membrane material will be in 1000 ~ 2000C high temperature, so that its Yanfa vaporization of the device, known as the evaporation source. Evaporation source more types, garlic hair source vaporization of membrane materials are different pr...
PVD (Physical Vapor Deposition) vacuum coating is a process that uses a vacuum chamber to deposit thin films of material onto a substrate. This technology has been widely used in manufacturing to enhance the performance and appearance of various products, and is now also being applied to the prod...
The multifunctional vacuum coating equipment utilizes state-of-the-art technology to apply thin coatings to various materials, including metals, glass, and plastics. This process not only enhances the aesthetics of the products but also improves their durability and performance. As a result, manu...
Sanitaryware PVD Vacuum Coating Equipment is a game-changer in the production of sanitaryware products. This advanced technology utilizes a process called Physical Vapor Deposition (PVD) to create a durable and long-lasting coating on sanitaryware products. The result is a high-quality finish tha...
Precision vacuum coating equipment refers to special machinery that applies thin films and coatings to various materials with extremely high precision. The process takes place in a vacuum environment, which eliminates impurities and results in superior uniformity and consistency in coating applic...
One of the key benefits of large horizontal vacuum coating equipment is its ability to apply thin, uniform coatings to large, flat substrates. This is particularly important in industries such as glass manufacturing, where achieving consistent coating thickness across a large surface area is esse...
The working principle of the watch ion gold vacuum coating machine is to use the physical vapor deposition (PVD) process to plate a thin layer of gold on the surface of watch parts. The process involves heating the gold in a vacuum chamber, causing it to evaporate and then condense on the surface...
Nano ceramic vacuum coating machine is a state-of-the-art technology that uses a vacuum deposition process to coat thin layers of ceramic materials onto various substrates. This advanced coating method offers many benefits, including increased hardness, improved thermal stability, and superior we...
1. Chromium target Chromium as a sputtering film material is not only easy to combine with the substrate with high adhesion, but also chromium and oxide to generate CrO3 film, its mechanical properties, acid resistance, thermal stability are better. In addition, chromium in the incomplete oxidati...
1. Ion beam assisted deposition technology is characterized by strong adhesion between the membrane and the substrate, the membrane layer is very strong. Experiments show that: ion beam-assisted deposition of adhesion than the adhesion of thermal vapor deposition increased several times to hundre...
In the sputtering coating process, compounds can be used as targets for the preparation of chemically synthesized films. However, the composition of the film generated after sputtering of the target material often deviates greatly from the original composition of the target material, and therefor...
Metal film resistance temperature coefficient of resistance varies with film thickness, thin films are negative, thick films are positive, and thicker films are similar but not identical to bulk materials. In general, the resistance temperature coefficient of resistance changes from negative to p...
③ High quality of the coating As ion bombardment can improve the density of the membrane, improve the organizational structure of the membrane, making the uniformity of the membrane layer is good, dense plating organization, fewer pinholes and bubbles, thus improving the quality of the membrane l...
Compared with evaporation plating and sputtering plating, the most important feature of ion plating is that the energetic ions bombard the substrate and the film layer while deposition takes place. The bombardment of charged ions produces a series of effects, mainly as follows.
① Membrane / base...
The special magnetron coating equipment for color film uses the power of magnetic field to accurately control the deposition of coating materials on the film substrate. This innovative technology enables unparalleled uniformity and consistency during the coating process, resulting in high-quality...