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AF Thin Film Evaporation Optical PVD Vacuum Coating Machine
AF Thin Film Evaporation Optical PVD vacuum coating machine is designed to apply thin film coatings to mobile devices using the Physical Vapor Deposition (PVD) process. The process involves creating a vacuum environment within a coating chamber where solid materials are evaporated and then deposi...Read more -
Aluminum silver vacuum coating mirror manufacturing machine
The aluminum silver vacuum coating mirror making machine has revolutionized the mirror manufacturing industry with its advanced technology and precision engineering. This state-of-the-art machine is designed to apply a thin coating of aluminum silver to the surface of glass, creating high-quality...Read more -
Optical vacuum coating machine
The optical vacuum metallizer is a state-of-the-art technology that has revolutionized the surface coating industry. This advanced machine utilizes a process called optical vacuum metallization to apply a thin layer of metal to a variety of substrates, creating a highly reflective and durable sur...Read more -
Plasma Enhanced Chemical Vapor Deposition Chapter 2
Most chemical elements can be vaporized by combining them with chemical groups, e.g. Si reacts with H to form SiH4, and Al combines with CH3 to form Al(CH3). In the thermal CVD process, the above gases absorb a certain amount of thermal energy as they pass through the heated substrate and form re...Read more -
Plasma Enhanced Chemical Vapor Deposition Chapter 1
Chemical Vapor Deposition (CVD). As the name implies, it is a technique that utilizes gaseous precursor reactants to generate solid films by means of atomic and intermolecular chemical reactions. Unlike PVD, the CVD process is mostly carried out in a higher pressure (lower vacuum) environment, wi...Read more -
Process Elements and action Mechanisms affecting the quality of thin film devices (Part 2)
3. Influence of substrate temperature Substrate temperature is one of the important conditions for membrane growth. It provides additional energy supplement to the membrane atoms or molecules, and mainly affects the membrane structure, agglutination coefficient, expansion coefficient and aggregat...Read more -
Process Factors and Mechanisms affecting the quality of thin film devices (Part 1)
The manufacture of optical thin film devices is carried out in a vacuum chamber, and the growth of the film layer is a microscopic process. However, at present, the macroscopic processes that can be directly controlled are some macroscopic factors that have an indirect relationship with the quali...Read more -
Evaporation technology development history introduction
The process of heating solid materials in a high vacuum environment to sublimate or evaporate and deposit them on a specific substrate to obtain a thin film is known as vacuum evaporation coating (referred to as evaporation coating). The history of the preparation of thin films by vacuum evapora...Read more -
ITO Coating Introduction
Indium tin oxide (Indium Tin Oxide, referred to as ITO) is a wide band gap, heavily doped n-type semiconductor materials, with high visible light transmittance and low resistivity characteristics, and thus widely used in solar cells, flat panel displays, electrochromic windows, inorganic and orga...Read more -
Lab vacuum spin coating machine
Laboratory vacuum spin coaters are important tools in the field of thin film deposition and surface modification. This advanced equipment is designed to accurately and evenly apply thin films of a variety of materials to substrates. The process involves the application of a liquid solution or sus...Read more -
Ion beam assisted deposition mode and its energy selection
There are two main modes of ion beam-assisted deposition, one is dynamic hybrid; the other is static hybrid. The former refers to the film in the growth process is always accompanied by a certain energy and beam current of ion bombardment and film; the latter is pre-deposited on the surface of th...Read more -
Ion Beam Deposition Technology
① Ion beam assisted deposition technology is characterized by strong adhesion between the film and the substrate, the film layer is very strong. Experiments have shown that: ion beam assisted deposition of adhesion than the adhesion of thermal vapor deposition increased several times to hundreds ...Read more -
Vacuum Ion Coating
Vacuum ion coating (referred to as ion plating) is the United States in 1963 Somdia company D.M. Mattox proposed, the 1970s has been the rapid development of a new surface treatment technology. It refers to the use of evaporation source or sputtering target in a vacuum atmosphere so that the film...Read more -
The film layer in coated glass remove way
Coated glass is divided into evaporative coated, magnetron sputtering coated and in-line vapor deposited coated glass. As the method of preparing the film is different, the method of removing the film is also different. Suggestion 1, Using hydrochloric acid and zinc powder for polishing and rubbi...Read more -
The Role of Cutting Tool Coatings-Chapter 2
Even at very high cutting temperatures, the use life of the cutting tool can be extended with coating, thus significantly reducing machining costs. In addition, cutting tool coating can reduce the need for lubricating fluids. Not only reduces material costs, but also helps to protect the environm...Read more
