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  • Features of magnetron sputtering coating chapters 2

    Features of magnetron sputtering coating chapters 2

     In the previous article, we talked about the characteristics of sputtering coatings, and this article will continue to explain the characteristics of sputtering coatings. (4) The substrate temperature is low. The sputtering rate of sputtering is high because the concentration of electrons is hi...
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  • Features of magnetron sputtering coating chapters 1

    Features of magnetron sputtering coating chapters 1

    Compared with other coating technologies, sputtering coating has the following significant features: the working parameters have a large dynamic adjustment range, the coating deposition speed and thickness (the state of the coating area) are easy to control, and there are no design restrictions o...
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  • How Plasma Cleaners Work: Revolutionizing Cleaning Technology

    In a world of constant technological advancement, the principle of plasma cleaning has been a game changer. This revolutionary cleaning technology has gained popularity across industries for its efficiency and effectiveness. Today, we delve into the principles behind plasma cleaners and how they ...
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  • Characterization of compound thin films prepared by reactive magnetron sputtering

    Characterization of compound thin films prepared by reactive magnetron sputtering

    Reactive magnetron sputtering means that reactive gas is supplied to react with sputtered particles in the process of sputtering to produce a compound film. It can supply reactive gas to react with the sputtering compound target at the same time, and can also supply reactive gas to react with the...
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  • Introduction to Direct Ion Beam Deposition

    Introduction to Direct Ion Beam Deposition

    Direct ion beam deposition is a type of ion beam assisted deposition. The direct ion beam deposition is a non-mass-separated ion beam deposition. This technique was first used to produce diamond-like carbon films in 1971, based on the principle that the main part of the cathode and anode of the i...
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  • Vacuum Sputtering Technology: Progress and Future Prospects

    In recent years, vacuum sputtering technology has become a key process in various industries from electronics to optics. This sophisticated technique allows the deposition of thin films on different substrates, enhancing material properties and functional surfaces. Vacuum sputtering technology ha...
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  • pvd coating machine cost

    PVD (Physical Vapor Deposition) coaters provide high quality, durable coating solutions to enhance the performance and appearance of a wide variety of materials. From automotive parts and medical devices to household items and electronics, PVD coatings provide an excellent protective layer that i...
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  • vacuum technology & coating buyer’s guide

    As the world increasingly relies on advanced technology, the demand for vacuum technology and coating solutions continues to increase. Industries such as electronics, aerospace, automotive, and medical are constantly seeking cutting-edge innovations to enhance their products and processes. Howeve...
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  • sapphire hardness

    When we go deep into the world of gemstones, we come across a rare and magnificent gemstone with extraordinary hardness – sapphire. This exquisite gemstone has long been sought after for its captivating beauty and durability. Today, we explore the profound quality that sets sapphire apart f...
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  • advantages of pvd

    Extreme Durability, Enhanced Aesthetics, and Greater Cost-Efficiency introduce: In today’s world, where technology is advancing at an unprecedented rate, industries of all kinds are constantly looking for innovative ways to improve their products and processes. Physical Vapor Deposition (PV...
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  • types of vacuum valves

    In industrial and scientific applications, vacuum valves play a vital role in controlling the flow of gases and liquids. These valves ensure the precision and reliability of vacuum systems, making them indispensable components in various industries. Types of Vacuum Valves: An Overview 1. Gate val...
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  • horizontal coating line

      Introduction Welcome to our blog post where we take a deep dive into the world of horizontal painting lines and explore its huge potential in various industries. In this article, we discuss the benefits and capabilities of a horizontal painting line and focus on how to implement this advan...
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  • working principle of magnetron

    In technology, certain inventions have played key roles in changing the world as we know it. One such invention was the magnetron, an important component in microwave ovens. How a magnetron works is worth exploring as it reveals the mechanisms behind this revolutionary device. When it comes to ma...
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  • Vacuum coating  introduction

    Vacuum coating introduction

    Vacuum evaporation coating (referred to as evaporationcoating) is in a vacuum environment, the evaporator heated film material to make it gasification, the film material evaporation of the particle stream directly to the substrate and the substrate deposition, the formation of solid film technolo...
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  • Overview of Vacuum Cathode Arc Ion Coating

    Overview of Vacuum Cathode Arc Ion Coating

    Vacuum cathode arc ion coating is abbreviated as vacuum arc coating. If two or more vacuum arc evaporation sources (referred to as arc sources) are used, it is called multi arc ion coating or multi arc coating. It is a vacuum ion coating technology that uses vacuum arc discharge for evaporation s...
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