On July 7, Xiaoshu arrives. As one of the twenty-four solar terms in the lunar calendar, it heralds the official start of the summer season. Although Xiaoshu is not an extremely hot season of the year, with the frequent occurrence of high temperature, high heat, and high humidity after entering ambush, people need to pay attention to changes brought about by weather reasons to prevent high temperature heatstroke.

Suddenly the warm wind arrives, following the small heat.

Looking at the sky outside the window through the film,

Even the summer clouds are a little brighter.

Although the midsummer season is approaching, the flexible transparent conductive film market is booming. With the rise of the flexible electronics industry becoming more and more clear, flexible transparent conductive films with high light transmittance, high conductivity and flexibility have become strategic materials for flexible electronics.

Why are people in the industry optimistic about the application prospects of flexible transparent conductive films in the optoelectronics industry? The traditional ITO material is brittle and is not suitable for the application of flexible electronics. The flexible transparent conductive film has better bending resistance; under the same square resistance condition, the flexible transparent conductive film has higher transmittance, lower haze, and practicality. Strong; high-end products on the market need to adopt GFF structure, which has poor optical performance and low yield, which is the limitation of ITO film. However, flexible transparent conductive film can achieve double-sided conduction, excellent optical performance and high yield. The excellent performance advantages of flexible transparent conductive film have been recognized by the industry.

Since optoelectronic products require light penetration and electrical conductivity, transparent conductive films are the basic materials for their development. In daily life, transparent conductive films are required for flat-panel displays, touch panels, solar cells, etc. that everyone comes into contact with. Therefore, it has a broad blue ocean market.

With the advancement of science and technology, the limitations of flexible electronic products have been broken through, innovative achievements have become increasingly commercialized, and the development of flexible displays, flexible sensors, flexible solar cells and other technologies has undergone rapid changes. The emergence of these products has promoted the development of flexible transparent conductive films. Demand is growing.

The wide application of flexible electronic products will promote the transformation of the optoelectronic industry dominated by traditional ITO materials. With the rapid development of society, the progress of science and technology will always bring some changes to life, and the emergence of flexible electronics can meet the increasingly diverse needs of consumers.