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Description :
For "Vacuum coated glass based transparent Circuit Board"
Vacuum coated glass based transparent circuit boards are used in 360° light-emitting packages and transparent glass wire circuits. For example, indoor and outdoor decoration of commercial or furniture, furniture design, lighting design, interior landscape, shower partition, etc.
The glass substrate has high thermal conductivity, can dissipate heat better, and can meet more complex wiring requirements on welding products with higher density; In addition, the flatness of the glass substrate is higher, and it is easy to achieve in the chip transfer technology, which is the most prominent advantage of the glass substrate in the application process. At present, many LED companies have improved the traditional COG (chip on glass) technology and applied it to new display products such as Mini/Micro LED. This solution is affixed with a chip on the glass substrate, which has the advantages of good heat loss, low cost and high brightness. Especially, the process has no damage to the glass. High efficiency, good consistency, to solve the Mini COG in the process of frequent quality damage problems.
Glass based transparent circuit board belongs to the field of LED heat dissipation substrate, in particular relates to a glass based conductive circuit board.
Applications :
As a semiconductor material, glass substrate has been widely used and has become the most common base material in the field of integrated circuit production. By using glass as a substrate, the IC chip can be guaranteed to have a higher manufacturing quality, while also ensuring that the original signal is not affected by electrical interference. In the semiconductor manufacturing process, glass substrates are often used as auxiliary devices such as electronic component connections and pallets to ensure the stability and reliability of electronic components.
Second, the field of liquid crystal display
In the field of liquid crystal display manufacturing, glass substrates are often used as carriers of conductive layers. The conductive layer is generally made of indium tin oxide, which has good adhesion on the glass substrate and can withstand high temperature processing. In addition, due to its high transparency and ability to block UV light, the glass substrate is also widely used as a basic material for liquid crystal displays.
Third, the field of optoelectronics
The applications of glass substrates in the field of optoelectronics are mainly concentrated in lasers and optical transceivers. Optical fibers are usually made of silicon glass, which makes glass substrates ideal for manufacturing photonic crystals. By controlling the size of these photon structures, specific bands of light can be generated, while also improving the efficiency of light transmission.
Fourth, solar cell field
Glass substrates are commonly used as protective materials for solar cell films. In the manufacturing process of solar cells, the glass substrate can play a role in preventing the erosion of harmful gases such as moisture on solar cells. In addition, the glass substrate can also enhance the mechanical strength and stability of the solar cell during use.
In summary, glass substrate has a wide range of applications in semiconductor, liquid crystal display, optoelectronics and solar cells. In the future, with the continuous development of science and technology, glass substrates will also be applied and developed in more fields.
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