Titanium Oxide-Niobium\u00a0sputtering target is a material consisting of titanium oxide doped with niobium for use in the physical vapour deposition (PVD) technique. During the preparation of thin films by sputtering, material atoms can be deposited on a substrate to form thin films containing the elements titanium, oxygen and niobium, which play a role in many fields such as optics and electronics.<\/p>\n
We supply Titanium Oxide-Niobium sputtering targets. Our Titanium Oxide – Niobium sputtering targets are characterised by their high purity, chemical stability, high sputtering efficiency, excellent optical and electrical properties and their suitability for a wide range of substrates. vimaterial has targets bound VIMATERIAL has target binding service, all products accept customisation, please contact us<\/a> <\/span>if you need.<\/p>\n Molecular formula: TiO2\/Nb<\/p>\n Appearance: Generally white or off-white solid target.<\/p>\n Electronics: Titanium Oxide-Niobium sputtering targets can be used to manufacture high dielectric constant capacitors in electronic devices, which improves the storage performance of the capacitors and helps to reduce the size of electronic components.<\/p>\n Optoelectronics: In solar cell manufacturing, this target can be used to prepare transparent conductive oxide films, improving the photoelectric conversion efficiency and light transmission rate of the cell.<\/p>\n Display field: applied to the manufacturing process of liquid crystal display (LCD) and organic light-emitting diode display (OLED), etc., used to prepare transparent conductive electrodes, to enhance the conductivity and light transmittance of the display screen, and to improve the display quality.<\/p>\n Optical coating field: used in the preparation of optical lenses, mirrors and other optical components of the coating, can improve the anti-reflective, wear-resistant optical components, such as performance, to increase the service life of optical components and optical performance.<\/p>\nProperties<\/span><\/h2>\n
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