The 6th China New Materials Industry Development Conference and the 26th China International New Materials Expo were held in Guilin, Guangxi from October 12th to 14th, 2025. The conference set up nearly a hundred sub-forums, invited over 50 academicians and experts to attend, and attracted more than 4,000 professional visitors. A large number of experts, scholars, enterprise representatives and investors gathered together, focusing on the theme of "Accelerating Major breakthroughs in Key strategic Materials and comprehensively promoting the high-quality Development of new quality productive Forces", concentrating on the major national demands and major breakthroughs in key materials during the "15th Five-Year Plan" period, and discussing the high-quality development of the new materials industry.

Academician Ye Zhizhen, the chief scientist of our company, was invited to attend the opening ceremony and deliver a keynote speech titled "Promoting New Quality Productivity in Materials Science and Technology Innovation".

From October 12th to 13th, the Perovskite Branch - Perovskite Luminescence Industry Forum was successfully held. Academician Ye Zhizhen, the chairperson of the branch, attended the forum and delivered a speech. A total of 16 reports were arranged for the forum, with over 70 renowned experts, young scholars and entrepreneurs in attendance.

Professor Du Juan from the Hangzhou Institute of Advanced Studies of the University of Chinese Academy of Sciences, Professor Yin Yongming from Shenzhen University of Technology and Business Moscow, Professor Chen Ping from Southwest University, Professor Xiang Weidong from Wenzhou University, Professor Pang Qi from Guangxi University and many other experts were invited to attend this forum and give reports, sharing the relevant research on perovskite luminescent materials and their applications in multiple fields such as advanced display, health lighting, and photoelectric detection. And its application potential in fields such as precision surgery, biological detection, and even aerospace.

Our company presented a keynote report titled "Industrial Application of Perovskite Quantum Dot Optical Display", showcasing the outstanding performance of the internationally pioneering all-solid-state perovskite quantum dot technology in terms of original technological breakthroughs and industrial applications. This provides strong support for promoting the technological upgrading of China's new display industry and breaking through the technological barriers of foreign countries.

From October 12th to 16th, the 26th China International New Materials Expo was held concurrently. Zinc Core Titanium Crystal was invited to participate in the exhibition with its products, showcasing innovative perovskite luminescent quantum dots and their applications.

The perovskite LCD screens and eye-protecting lamps that have been mass-produced have attracted the attention of many industry experts at the booth. Samples of anti-(harmful) blue light glasses jointly developed with enterprises and prototypes of dry eye treatment devices have also made their debut at the exhibition. Our company, with perovskite luminescent quantum dots as the core, has brought new materials, new technologies, new products and new applications that have moved from the laboratory to industrialization, demonstrating a powerful demonstration of the technological maturity and commercial breakthroughs of perovskite luminescent quantum dots.

The "high point" of perovskite is approaching. Perovskite luminescent materials, as a disruptive next-generation luminescent technology, are leading a brand-new transformation in the display and lighting fields. In the field of photoluminescence, our company has joined hands with the Wenzhou Research Institute of Zhejiang University to overcome the main barrier of mass production, opening the door to the empirical application and industrialization of perovskite luminescence technology. In the future, with the deepening of scientific research and technological innovation, perovskite materials are expected to break through the bottleneck of electroluminescence. Relying on their high performance and low-cost manufacturing processes, they can achieve large-scale commercial production, becoming a typical case of the deep integration of scientific and technological innovation and industrial upgrading. This will truly lead perovskite luminescent materials to embark on a full-chain innovation path from basic research, technological breakthroughs to industrial applications.