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  • Introduction to Cathodic Arc Ion Plating Technology

    Introduction to Cathodic Arc Ion Plating Technology

    The cathodic arc ion coating technology uses cold field arc discharge technology. The earliest application of cold field arc discharge technology in the coating field was by Multi Arc Company in the United States. The English name of this procedure is arc ionplating (AIP). Cathode arc ion coatin...
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  • The Application of Optical Thin Film in the Coated Glasses Industry

    The Application of Optical Thin Film in the Coated Glasses Industry

    There are many types of substrates for glasses and lenses, such as CR39, PC (polycarbonate), 1.53 Trivex156, medium refractive index plastic, glass, etc. For corrective lenses, the transmittance of both resin and glass lenses is only about 91%, and some of the light is reflected back by the two s...
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  • Features of vacuum coating machine

    Features of vacuum coating machine

    1.The film of vacuum coating is very thin (normally 0.01-0.1um)| 2.Vacuum coating can use for many plastic, such as ABS﹑PE﹑PP﹑PVC﹑PA﹑PC﹑PMMA, etc. 3. The film forming temperature is low. In the iron and steel industry, the coating temperature of hot galvanizing is generally between 400 ℃ a...
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  • Introduction to solar photovoltaic thin film technology

    Introduction to solar photovoltaic thin film technology

    After the discovery of the photovoltaic effect in Europe in 1863, the United States made the first photovoltaic cell with (Se) in 1883. In the early days, photovoltaic cells were mainly used in aerospace, military and other fields. In the past 20 years, the sharp decline in the cost of photovolta...
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  • Process Flow of Sputtering Coating Machine

    Process Flow of Sputtering Coating Machine

    1. Bombardment cleaning substrate 1.1) Sputtering coating machine use glow discharge to clean the substrate.  That is to say, charge the argon gas into the chamber,discharge voltage is around 1000V, After turning on the power supply, a glow discharge is generated, and the substrate is cleaned by ...
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  • Application of optical film in mobile phone products

    Application of optical film in mobile phone products

    The application of optical thin films in consumer electronics products such as mobile phones has shifted from traditional camera lenses to a diversified direction, such as camera lenses, lens protectors, infrared cutoff filters (IR-CUT), and NCVM coating on cell phone battery covers.   Camera spe...
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  • Characteristics of CVD coating equipment

    Characteristics of CVD coating equipment

    CVD coating technology has the following characteristics: 1. The process operation of CVD equipment is relatively simple and flexible, and it can prepare single or composite films and alloy films with different proportions; 2. CVD coating has a wide range of applications, and can be used to pre...
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  • What are the vacuum coating machine processes? What is the working principle?

    What are the vacuum coating machine processes? What is the working principle?

    The vacuum coating machine process is divided into: vacuum evaporation coating, vacuum sputtering coating and vacuum ion coating.   1、Vacuum evaporation coating Under the vacuum condition, make the material evaporated,such as the metal, metal alloy, etc.  then deposit them on the substrate surf...
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  • What does the vacuum machine for?

    What does the vacuum machine for?

    1、What is vacuum coating process? What is the function?   The so-called vacuum coating process uses evaporation and sputtering in a vacuum environment to emit particles of film material,Deposited on metal, glass, ceramics, semiconductors and plastic parts to form a coating layer, for deco...
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  • Environmental requirements for vacuum coating equipment

    Environmental requirements for vacuum coating equipment

    Since vacuum coating equipment works under vacuum conditions, the equipment must meet the requirements of vacuum for the environment. The industry standards for various types of vacuum coating equipment formulated in my country (including general technical conditions for vacuum coating equipment,...
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  • The characteristics and application of ion plating

    The characteristics and application of ion plating

    Film type Film material Substrate Film characteristics and application Metal film CrAI、ZnPtNi Au,Cu、AI P、Au Au、W、Ti、Ta Ag、Au、AI、Pt steel, mild steelTitanium alloy, high carbon steel, mild steelTitanium alloyhard glass plastic Nickel, Inconel steel, stainless steel silicon Anti-wear ...
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  • Vacuum ion coating and its classification

    Vacuum ion coating and its classification

    Vacuum ion plating (ion plating for short) is a new surface treatment technology which is developed rapidly in the 1970s, which was proposed by D.M. Mattox of Somdia Company in the United States in 1963. It refers to the process of using evaporation source or sputtering target to evaporate or spu...
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  • The optical coating machine can be used for coating multiple optical films

    The optical coating machine can be used for coating multiple optical films

    ① Anti-reflection film. For example, cameras, slide projectors, projectors, movie projectors, telescopes, sight glasses, and single-layer MgF films coated on lenses and prisms of various optical instruments, and double-layer or multi-layer broadband antireflection films composed of SiOFrO2, AlO, ...
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  • Characteristics of sputtering coating films

    Characteristics of sputtering coating films

    ① Good controllability and repeatability of film thickness Whether the film thickness can be controlled at a predetermined value is called film thickness controllability. The required film thickness can be repeated for many times, which is called film thickness repeatability.Because the discharge...
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  • Brief introduction of chemical vapor deposition (CVD) technology

    Brief introduction of chemical vapor deposition (CVD) technology

    Chemical Vapor Deposition (CVD) technology is a film-forming technology that uses heating, plasma enhancement, photo-assisted and other means to make gaseous substances produce solid films on the substrate surface through chemical reaction under normal or low pressure. Generally, the reaction in...
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