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Application of vacuum coating technology in the automotive industry-Chapter 1
Vacuum coating technology is widely used in the automotive industry, and it can significantly improve the wear resistance, corrosion resistance and aesthetics of automotive parts. Through physical or chemical deposition in a vacuum environment, metal, ceramic or organic films are coated on lamps,...Read more -
Automotive Interiors Coating Technology: Aluminum, Chrome, and Semi-Transparent Coatings
In automotive interior applications, aluminum, chrome, and semi-transparent coatings play a critical role in achieving the desired aesthetics, durability, and functionality. Here’s a breakdown of each coating type: 1. Aluminum Coatings Appearance and Application: Aluminum coatings provide a sleek...Read more -
SOM-2550 Continuous Sputtering Optical Inline Coater: Cracking the problem of automotive center control screen coating, superior performance and efficient production.
With the continuous progress of automotive technology, the market demand for automotive center control screen continues to grow. Currently automotive center control screen is no longer a simple information display terminal, but a blend of multimedia entertainment, navigation, vehicle control, int...Read more -
Continuous magnetron sputtering inline coater advanced technology
1. Introduction to Technology What it is: The continuous magnetron sputtering inline coater is an advanced vacuum coating solution designed for high-efficiency, large-scale production of thin films. Core Technology: This machine uses magnetron sputtering, a physical vapor deposition (PVD) method,...Read more -
What are the pre-treatments for vacuum coating?
The pretreatment work of vacuum coating mainly includes the following steps, each of which assumes a specific role to ensure the quality and effect of the coating process: No.1 Pre-treatment steps 1. Surface grinding and polishing Use abrasives and polishing agents to mechanically process the sur...Read more -
What are the advantages of vacuum coating?
The advantages of vacuum coating are mainly reflected in the following aspects: 1. Excellent adhesion and bonding: Vacuum coating is carried out in a vacuum environment, which can avoid the interference of gas molecules, making it possible to form a close bond between the coating material and the...Read more -
Anti-Reflection Coating Machines
Anti-reflection coating machines are specialized equipment used to deposit thin, transparent coatings on optical components like lenses, mirrors, and displays to reduce reflection and increase the transmission of light. These coatings are essential in a variety of applications, including optics, ...Read more -
Introduction to Filter Performance Specifications-Chapter 2
Since filters, like any other man-made product, cannot be manufactured to exactly match the specifications of the manual, some allowable values must be stated. For narrowband filters, the main parameters for which tolerances should be given are: peak wavelength, peak transmittance, and bandwidth,...Read more -
Electrode Vacuum Heat Coater
An Electrode Vacuum Heat Coater is a specialized piece of equipment used in industrial and scientific applications for coating electrodes or other substrates under a vacuum environment, often coupled with heat treatment. This process is commonly employed in fields like electronics, materials scie...Read more -
Introduction to Filter Performance Specifications-Chapter 1
Filter performance specifications are necessary descriptions of filter performance in a language that can be easily understood by system designers, users, filter manufacturers, etc. Sometimes the filter manufacturer writes the specifications based on the achievable performance of the filter. Some...Read more -
Magnetic Filtration Vacuum Coating systems
Magnetic filtration in vacuum coating systems refers to the use of magnetic fields to filter out unwanted particles or contaminants during the deposition process in a vacuum environment. These systems are often employed in various industrial applications like semiconductor fabrication, optics, an...Read more -
Metallic Film Reflector Coating
Silver was once the most prevalent metallic material until the mid-1930s, when it was the primary reflective film material for precision optical instruments, typically chemically plated in a liquid. The liquid chemical plating method was used to produce mirrors for use in architecture, and in thi...Read more -
Vacuum Evaporation Process
The vacuum vapor deposition process generally includes substrate surface cleaning, preparation before coating, vapor deposition, loading, after coating treatment, testing, and finished products. (1) Substrate surface cleaning. Vacuum chamber walls, substrate frame and other surface oil, rust, re...Read more -
Film Layer Evaporation Temperature and Vapor Pressure
Film layer in the evaporation source of heating evaporation can make the membrane particles in the form of atoms (or molecules) into the gas phase space. Under the high temperature of the evaporation source, the atoms or molecules on the surface of the membrane get enough energy to overcome the s...Read more -
PVD coatings: Thermal evaporation and sputtering
PVD (Physical Vapor Deposition) coatings are widely used techniques for creating thin films and surface coatings. Among the common methods, thermal evaporation and sputtering are two important PVD processes. Here’s a breakdown of each: 1. Thermal Evaporation Principle: Material is heated i...Read more
