Wenzhou XinXin TaiJing Technology Co., Ltd. is a high-tech enterprise focused on the research and development and production of high-efficiency luminescent perovskite materials and their advanced micro-display applications. The company was established in April 2021 through incubation by the New Optoelectronic Materials Research Center of Wenzhou Institute of Zhejiang University. The company's main product offerings include all-solid-state perovskite quantum dots, perovskite quantum dot masterbatch, perovskite quantum dot diffusion plates, perovskite colloidal quantum dots, and pixelated light conversion films.

With the support of the research and development production team led by Prof. Ye Zhizhen (Academician of Chinese Academy of Sciences) and Zhejiang University, the company has a modern research and development site, high-end production equipment, and testing instruments. It has implemented a strategic layout for perovskite display applications and has broken through a series of technical barriers for practical perovskite materials. The company has more than 20 patents related to perovskite materials and luminescent devices. After its establishment, the company was finanaced by 30 million yuan in funding for high-level innovation team by the Wenzhou Municipal Government for the project of "Low-cost and Low-dissipation Perovskite Efficient Luminescent Materials and Advanced Micro-display Applications". In December 2022, it received an A-round investment of 36 million yuan led by Zhejiang Dajing Venture Capital Co., Ltd.

Since its establishment, the research and development production team led by Prof. He Haiping (General Manager) overcame a series of difficulties and has achieved remarkable results. The company's new products "all-solid-state perovskite quantum dots and luminescent masterbatch" have achieved international innovation, and it has taken the lead in developing the new technology of "perovskite colloidal quantum dots 50L-scale amplification production technology" internationally. On December 21st, at the provincial industrial new product appraisal review meeting organized by the Wenzhou Municipal Bureau of Economy and Information Technology, both were recognized to have reached the international leading level. The all-solid-state perovskite quantum dots produced by combining the three major technologies of "in-situ gas-phase growth in nanochannels", "dual-matrix coating technology", and "ion co-doping technology" greatly improve the luminescence efficiency and stability and are key new materials for the next generation of multifunctional quantum dot diffusion plates. The perovskite colloidal quantum dots produced by using the three technologies of "introducing large steric hindrance nucleating agents to make the crystal controllable", "fully automatic liquid weighing system", and "solvent recycling system" are key new materials for pixelated light conversion films. The company has further carried out research and development of miniLED, microLED, and electrically driven luminescent perovskite LED display arrays. In December 2022, the company obtained certification for its quality management system, and its sales output value exceeded 2 million yuan.

Quantum dots, OLEDs, and Micro-LEDs have always been recognized as the three major technical routes for next-generation displays. Quantum dot materials can not only assist the LCD industry in technological upgrading but also serve as key materials for electrically driven QLED display technology, with broad prospects. The mission of the company is to create international high-end achievements and technologies, create international high-end products and enterprises, the vision is to create a bright and beautiful life with TaiJing, and the values are innovation leadership and the creation of beauty. The company's products and applications have been recognized and praised by leading enterprises in the display industry and have established strategic partnerships with well-known panel manufacturers. We warmly welcome visitors to XinXin TaiJing for inspection and business cooperation.