Chromium Zirconium sputtering target is a composite target made of chromium and zirconium with good thermal stability, corrosion resistance and sputtering performance, which can be used to deposit thin films with special physical and chemical properties on a variety of substrates, and has a wide range of applications in the fields of electronics, optics and surface modification of materials.<\/p>\n
VIMATERIAL provides Chromium Zirconium sputtering targets. Our Chromium Zirconium sputtering targets are characterised by high purity, high densities, fine and uniform grains, precise composition ratios, high sputtering rates, good film quality and strong bonding with a wide range of substrates. Binding service. We have a professional technology research and development team, accept any product customisation and experiment, if you need please contact us<\/a><\/span>.<\/p>\n Molecular formula: CrZr<\/p>\n Molecular weight: about 143.22<\/p>\n Appearance: Usually silver grey metallic luster target material<\/p>\n Crystal structure: It may have a body-centred cubic or densely arranged hexagonal crystal structure similar to that of its constituent elements, chromium and zirconium, but the specific structure may vary depending on the preparation conditions and composition.<\/p>\n Electronics: Chromium Zirconium sputtering targets are used in the manufacture of electronic devices to deposit thin films with good electrical conductivity and corrosion resistance on substrates such as chips to improve the performance and life of electronic components.<\/p>\n Optical field: In the field of optical instruments, the sputtering target can deposit thin films for optical lenses and mirrors, effectively improving the anti-reflective properties of lenses and the reflectivity of mirrors.<\/p>\n Automotive manufacturing: used for surface coating of automotive parts, such as engine components and body trim, to enhance the wear resistance and corrosion resistance of the components and improve the overall quality of the car.<\/p>\n Aerospace: In aerospace equipment, thin films can be deposited to enhance the material’s resistance to high temperature and oxidation, ensuring the reliability and safety of aircraft in extreme environments.<\/p>\n Energy: Thin films are deposited on the surfaces of energy devices, such as solar panels and battery electrodes, to improve the weather resistance and conductivity of the devices, thus increasing the energy conversion efficiency.<\/p>\nPhysical Properties<\/span><\/h2>\n
Applications<\/span><\/h2>\n
Quality Control<\/span><\/h2>\n