After the first monochrome screen was used in mobile phones, the touch screen has undergone countless replacements and innovations, and has become one of the most cutting-edge industrial products. It is also a battleground for industrial manufacturing in various countries. With the development of new technologies such as 5G commercialization and artificial intelligence, touch screens have stepped out of the traditional home appliance industry and are more widely used in new fields such as smart homes, smart cities, and new retail. In the near future, human-computer interaction will become the new normal of human life.
The appearance of folding screen mobile phones is not only a microcosm of human-computer interaction, but also a beautiful blueprint drawn by the touch industry. However, touch screens have encountered development difficulties in both technology and market. Coupled with the industry's fierce homogeneous competition for many years, product prices have fallen sharply. Under the influence of various factors, the touch screen must adapt to the trend of the times as soon as possible, and innovate around screens, materials, and processing to achieve human-computer interaction information input and output, and obtain feedback in real time, so that humans can enjoy the Convenient and fast.
The premise of human-computer interaction requires the flexible development of electrode materials, which is the future direction of touch screens. At the same time, touch screens still use traditional ITO conductive materials as the mainstream market, which is costly, rigid, and not resistant to bending, which limits future flexible development. As a new material, graphene and nano-silver wire have been widely researched by industry scientists and made breakthroughs in related technical fields due to their strong performance advantages, wide source of raw materials, and low production costs.
The graphene nano silver wire transparent conductive film produced by HFWH technology is prepared by a unique process. It has the advantages of low square resistance, high light transmission, high conductivity, and resistance to rubbing, which meets the development of touch screens with large size and flexibility demand. Microcrystalline Technology has been deeply involved in the field of touch display for many years and knows the huge application prospects of this market. It has spent a lot of material and financial resources to study touch screens to adapt to the trend of the times.
With the rapid expansion of the domestic touch screen industry, the development of transparent conductive films as electrode materials is also rapidly developing. In the future, innovative breakthroughs in new material technologies will impact the traditional touch display industry and bring a new wave of industrialization innovation.