Electromagnetic shielding glass for signal cabinetIt is a high-performance glass designed specifically for electromagnetic wave shielding of electronic devices. It has good transparency, electromagnetic wave shielding performance, physical strength, high temperature resistance and other characteristics, and is widely used in various equipment that needs to protect electromagnetic radiation. Below, we will provide a detailed introduction to the characteristics, applications, and manufacturing processes of electromagnetic shielding glass in signal cabinets.
1、 Characteristics:
1. Good electromagnetic wave shielding performance
The electromagnetic wave shielding performance of the signal cabinet electromagnetic shielding glass is its unique advantage. It adopts a metal film layer, which can effectively suppress the transmission and interference of electromagnetic waves, and prevent electronic devices from being affected by electromagnetic interference and signal interference. At the same time, its transmittance can ensure normal communication and high-quality transmission of the device.
2. Excellent appearance
The electromagnetic shielding glass of the signal cabinet adopts high-quality substrate glass, which is processed and made into electromagnetic shielding glass panels of different shapes such as irregular and oversized specifications. The appearance is beautiful, atmospheric, transparent and bright, which is conducive to the display of equipment.
3. High intensity
The glass substrate used for electromagnetic shielding glass in signal cabinets has excellent physical properties, such as high strength, high pressure resistance, and impact resistance, which meet the harsh environment in the industrial field.
4. High temperature resistance
The electromagnetic shielding glass of the signal cabinet can work at high temperatures, and its insulation and explosion-proof performance can ensure the normal operation of the equipment, while effectively reducing the temperature of the working environment.
2、 Application areas:
Signal cabinet electromagnetic shielding glass is mainly used in places with strong electromagnetic radiation, such as industrial robots, production lines, control rooms, etc., to isolate or prevent other equipment from affecting and damaging equipment operation.
In the production, research, and display of electronic devices, electromagnetic shielding glass for signal cabinets is also indispensable. It can be used as a perspective window to observe the internal operating status of electronic devices, while also protecting the devices from environmental radiation interference and damage.
3、 Production process:
Electromagnetic shielding glass for signal cabinetThe production process mainly consists of the following two steps.
1. Prepare glass substrate. Select glass substrates with good physical properties and process them, such as cutting, grinding, polishing, etc., to produce glass plates that meet the requirements (surface RF anti blue light coating, etc.).
2. Vacuum coating. A thin film of metals such as molybdenum and aluminum is formed on the surface of the glass substrate, forming a chemical bond and physical effect between the metal and the glass, thereby improving the electromagnetic shielding effect. Coating metal materials on the surface of glass substrates through methods such as vacuum evaporation or magnetron sputtering. The stability of the process, material purity, number of layers, thickness, and selection and control of marine grade will directly affect the quality of the coating
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