Large screen touch, flexible future! On August 21, the 2019 Touch and Flexible Display Technology Summit Forum was held in Shenzhen Convention and Exhibition Center. This forum invites companies from the entire touch screen industry chain up and down the industry chain to jointly focus on industry hotspots, gain insight into the pain points of flexible screen and automation development in 2019, gather many well-known companies in the industry to share experience, and bring together "industry-university-research" Together, build a bridge of communication for enterprises and promote the prosperity and development of the industry.

At this forum, Lv Peng, chairman of Hefei Microcrystalline Materials Technology Co., Ltd. (hereinafter referred to as Microcrystalline Technology), was invited to give a speech on the spot, sharing the large-screen touch and flexible future with the peers present. Why are more and more people paying attention to touch and flexible display technology?

With the rapid development of terminal equipment, touch and flexible display technologies have become important human-computer interaction ports in the future. From the development of full-screen to folding-screen mobile phones, flexible touch has entered the attention of more and more people. Microcrystalline Technology sees the vast blue ocean of the market, and adopts its own original new nano-material manufacturing technology and process to successfully realize the research and development and mass production of graphene nano-silver wire transparent conductive film, which will be applied in the field of large-scale and flexible touch in the future.

Microcrystalline Technology is a national high-tech enterprise specializing in the research and development and application of graphene and nano-silver wires. It was established in January 2013 by the doctoral team of the University of Science and Technology of China. The graphene nano-silver wire transparent conductive film is the company's layout for the future. The core product in the field of flexible display.

So, what are the advantages of the graphene nano-silver wire transparent conductive film produced by Microcrystalline Technology compared with traditional ITO materials? In terms of performance, it has strong advantages such as low square resistance, high light transmittance, good stability, and resistance to rubbing; in terms of cost, graphene and nano-silver wires have a wide range of raw materials, and the original graphene nano-silver wire transparent conductive film has low production costs. Greatly reduce the cost of manufacturers. Many product advantages have enabled the company to reach strategic cooperation with many large domestic LCD display companies.

For a long time, Microcrystalline Technology has been deeply involved in the research and development of new materials such as graphene and nano-silver wires and product application development, taking technological innovation as its foothold and realizing its industrial application as its own responsibility, striving to become a leader in the new material industry. At present, Microcrystalline Technology has obtained 72 intellectual property achievements, including 36 invention patents, 36 utility model patents and other non-patented technologies.

In today's society, consumers' diversified demand for products leads manufacturers to need innovative products to stimulate consumption. Large-scale, flexible touch terminal electronic equipment is the life application scenario of human-computer interaction in the future. The successful development and mass production of graphene nano-silver wire transparent conductive film is good news for the flexible display industry. With the passage of time, touch and flexible display technology will get more research and development and product application, looking forward to this day coming soon!