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  • Analysis of the Advantages and Disadvantages of Electron Beam Evaporation

    Analysis of the Advantages and Disadvantages of Electron Beam Evaporation

    introduce: In the field of thin film deposition technology, electron beam evaporation is an important method used in various industries to produce high-quality thin films. Its unique properties and unrivaled precision make it an attractive choice for researchers and manufacturers. However, like a...
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  • Ion beam assisted deposition and low energy ion source

    Ion beam assisted deposition and low energy ion source

    1.Ion beam assisted deposition mainly uses low energy ion beams to assist in surface modification of materials. (1) Characteristics of ion assisted deposition During the coating process, the deposited film particles are continuously bombarded by charged ions from the ion source on the surface of...
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  • Color of decorative film

    Color of decorative film

    The film itself selectively reflects or absorbs incident light, and its color is the result of the optical properties of the film. The color of thin films is generated by reflected light, so two aspects need to be considered, namely the intrinsic color generated by the absorption characteristics ...
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  • Introduction of PVD principle

    Introduction of PVD principle

    ntroduction:   In the world of advanced surface engineering, Physical Vapor Deposition (PVD) emerges as a go-to method for enhancing the performance and durability of various materials. Have you ever wondered how this cutting-edge technique works? Today, we delve into the intricate mechanics of P...
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  • Optical Coating Technology: Enhanced Visual Effects

    In today’s fast-paced world, where visual content has a lot of influence, optical coating technology plays an important role in improving the quality of various displays. From smartphones to TV screens, optical coatings have revolutionized the way we perceive and experience visual content. ...
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  • Enhancing Magnetron Sputtering Coating with Arc Discharge Power Supply

    Enhancing Magnetron Sputtering Coating with Arc Discharge Power Supply

    Magnetron sputtering coating is carried out in glow discharge, with low discharge current density and low plasma density in the coating chamber. This makes magnetron sputtering technology have disadvantages such as low film substrate bonding force, low metal ionization rate, and low deposition ra...
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  • Utilization of RF discharge

    Utilization of RF discharge

    1.Beneficial for sputtering and plating insulation film. The rapid change in electrode polarity can be used to directly sputter insulating targets to obtain insulating films. If a DC power source is used to sputter and deposit insulation film, the insulation film will block positive ions from ent...
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  • Low-temperature ionic chemical heat treatment

    Low-temperature ionic chemical heat treatment

    1. Traditional chemical heat treatment temperature     Common traditional chemical heat treatment processes include carburizing and nitriding, and the process temperature is determined according to the Fe-C phase diagram and Fe-N phase diagram. The carburizing temperature is about 930 °C, and th...
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  • Technical characteristics of vacuum evaporation coating

    Technical characteristics of vacuum evaporation coating

    1. The vacuum evaporation coating process includes the evaporation of film materials, the transport of vapor atoms in high vacuum, and the process of nucleation and growth of vapor atoms on the surface of the workpiece. 2. The deposition vacuum degree of vacuum evaporation coating is high, gener...
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  • Types of hard coatings

    Types of hard coatings

    TiN is the earliest hard coating used in cutting tools, with advantages such as high strength, high hardness, and wear resistance. It is the first industrialized and widely used hard coating material, widely used in coated tools and coated molds. TiN hard coating was initially deposited at 1000 ℃...
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  • Characteristics of Plasma Surface Modification

    Characteristics of Plasma Surface Modification

    High energy plasma can bombard and irradiate polymer materials, breaking their molecular chains, forming active groups, increasing surface energy, and generating etching. Plasma surface treatment does not affect the internal structure and performance of the bulk material, but only significantly c...
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  • The Process of Small Arc Source Ion Coating

    The Process of Small Arc Source Ion Coating

    The process of cathodic arc source ion coating is basically the same as other coating technologies, and some operations such as installing workpieces and vacuuming are no longer repeated. 1.Bombardment cleaning of workpieces Before coating, argon gas is introduced into the coating chamber with a...
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  • Characteristics and Generation Methods of Arc Electron Flow

    Characteristics and Generation Methods of Arc Electron Flow

    1.Characteristics of arc light electron flow The density of electron flow, ion flow, and high-energy neutral atoms in arc plasma generated by arc discharge is much higher than that of glow discharge. There are more gas ions and metal ions ionized, excited high-energy atoms, and various active gro...
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  • Application Fields of Plasma Surface Modification

    Application Fields of Plasma Surface Modification

    1) Plasma surface modification mainly refers to certain modifications of paper, organic films, textiles, and chemical fibers. The use of plasma for textile modification does not require the use of activators, and the treatment process does not damage the characteristics of the fibers themselves. ...
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  • Application of ion coating in the field of optical thin films

    Application of ion coating in the field of optical thin films

    The application of optical thin films is very extensive, ranging from glasses, camera lenses, mobile phone cameras, LCD screens for mobile phones, computers, and televisions, LED lighting, biometric devices, to energy-saving windows in automobiles and buildings, as well as medical instruments, te...
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