R&D center unites SCUT to create new printed photoelectric

Along with the development of printed electronics and printed display technology in recent years, it is triggered the revolution of microelectronics and luminous materials. Tanga has advantage in printing technical, R&D center unites related colleges start a new material developing work and the research of its printing process including nano superconducting ink, flexible circuit, membrane switch, flexible paper battery, full printing OLED, etc. On this basis, through the integration of membrane switch, flexible display and printing technical, develop flexible photoelectric products for the field of electron, media, intelligent packaging. Therefore, the new project heralds vast potentials for practice and considerable market prospects and has remarkable economic value and social benefit.

The UV-LED ink is used to the encapsulation of electronic circuit, without solvent volatilization, toxic and pollution, and also could be solidified under low energy LED cold light source. The material thereby achieving the energy-saving, environmental protect, and also enhancing the development of greener electronics.

Through the research of printing electronic material and process we may realize the printing of microelectronics manufacture. It eliminates the harm of electroplating and corrosion of chemical toxicity materials which is caused by traditional circuit on environment. In the meanwhile, this technology can be used in the manufacturing of flexible electronic material and play an enormous positive role on the further develop of intelligent devices
        Tanga R&D center unites related colleges to create new flexible photoelectric products which have the properties of shadow & dynamic that overcomes the limitation of traditional printing.
        On the other hand, through this new style of printing we may further realize the flexibility of electronic products.