Flexible display screens have become an important means for major manufacturers to enhance their competitiveness. By seizing the opportunity of the latest round of technology upgrades, the market share will be greatly expanded. In the future, the demand for flexible display screens will surge, which is a foreseeable market trend. At present, many companies have begun to layout the market on a large scale, committed to expanding the application scope of flexible display screens, and promoting technology iteration and upgrading to meet the needs of the future market.
Flexible display screen technology is in urgent need of upgrading. Why?
Compared with the traditional display technology at this stage, innovative products with high-definition display effects and high cost performance are expected. The progress of panel technology has promoted the upgrading of traditional industries, created a healthy ecosystem, and achieved mutual benefit and coordinated development. Flexible display is the future core competitiveness of panel technology. With its unique advantages in display performance, thinness and bendability, it has realized the terminal form of folding, bending and even curling, meeting the ever-changing consumer needs of users. The folding screen mobile phones on the market are based on flexible display technology, which is achieved through the combination of multiple technologies such as unique panel design and process technology. What is a flexible LED display?
As flexible display technology continues to mature, we will see more flexible folding products on the market in the future. However, the current folding screen cannot be bent arbitrarily and freely like paper. Therefore, people are in urgent need of finding flexible alternative materials to meet the development needs of flexible displays. For example, new materials such as carbon nanotubes, metal grids, nano silver wires and graphene are currently attracting much attention as flexible alternative materials. Some people may ask, why not use traditional ITO materials? This is because ITO materials themselves are rigid, brittle, and have poor flexibility, making it difficult to adapt to the diverse needs of flexible development. Graphene and nano silver wires are highly regarded flexible alternative materials. Flexible LED display: covering more details!
Advantages of graphene and nano silver wires
Graphene has excellent performance advantages, such as high light transmittance, bending resistance, excellent electronic properties, and good electrical and thermal conductivity. Nano silver wires perform well in industrial applications and have superior properties such as low resistance, good flexibility and low haze. Most importantly, these two materials are widely available and inexpensive to produce, greatly reducing the cost. Here are 7 buying guides for flexible LED panels.
Summary
The rapid development of flexible display technology and the expansion of its application range are driving display technology into a new era. By continuously upgrading technology and finding new materials, flexible displays will show more possibilities and broader application prospects in the future. With the continuous growth of market demand, flexible displays will become an important part of the display technology field, promoting the progress and development of the entire industry.
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