Chromium sputtering target is a target material used as a source of chromium atoms in the Physical Vapour Deposition (PVD) technique to deposit chromium atoms onto the surface of the substrate through the sputtering process for the preparation of chromium-plated thin films.<\/p>\n
VIMATERIAL supplies Chromium sputtering targets in a wide range of purities and sizes. Our Chromium sputtering targets are characterised by high purity, homogeneous composition, fine grain size, high density, high hardness, good thermal stability, and strong bonding to the substrate. We have been devoted to the research of inorganic chemical materials for many years, and also provide the binding service of sputtering targets. We have an experienced and professional team to accept customisation and experiments, please contact us<\/a><\/span> if you need.<\/p>\n Molecular formula: Cr<\/p>\n Molecular weight: 51.9961<\/p>\n Appearance: Generally steel grey metal target<\/p>\n Density: 7.22 g\/cm\u00b3<\/p>\n Melting point: 1857\u00b0C<\/p>\n Boiling point: 2672\u00b0C<\/p>\n Crystal structure: Body-centred cubic lattice<\/p>\n Electronic industry: Chromium sputtering target is used in semiconductor manufacturing as a barrier material for metal interconnection layer, which can prevent the diffusion of copper and other metal atoms and ensure the stable and reliable performance of electronic devices.<\/p>\n Optical field: In optical lens coating, Chromium sputtering target can be used to prepare reflective film, which can effectively improve the reflectivity of the lens and enhance the light control ability of optical instruments.<\/p>\n Automobile manufacturing field: used in automobile parts surface coating, such as chrome-plated automobile wheels are not only beautiful, but also can enhance the wheel’s abrasion resistance and corrosion resistance, prolonging its service life.<\/p>\n Photovoltaic industry: In the manufacture of photovoltaic cells, Chromium sputtering target can be used for the preparation of electrode or back reflection layer, which helps to improve the photoelectric conversion efficiency of the cell and promote the effective use of light energy.<\/p>\nPhysical Properties<\/span><\/h2>\n
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