Jinlitai and Fudan University signed a contract to jointly build the "School-Enterprise Joint Research Center for Advanced Coating Materials"

On December 28, the domestic automotive coating leader Jinlitai, Fudan University and Zhuhai Fudan Innovation Research Institute formally signed the "Cooperation Agreement on Co-construction of "Advanced Coating Materials School-Enterprise Joint Research Center"

Signing ceremony scene

Speech by Sun Lianying, President of China Coatings Industry Association

Sun Lianying, President of the China Coatings Industry Association, stated in his speech that during the "14th Five-Year Plan" period, the Chinese coatings industry will aim at the high-end strategic high-end frontiers of the world's coatings industry innovation in terms of application basic research and development, key technology research and development, and promotion of green and low-carbon technology innovation.

Speech by Yuan Xiang, Chairman and President of Jinlitai

Yuan Xiang, Chairman and President of Jinlitai, said: “This cooperation and joint construction will lay a solid foundation for Jinlitai to develop the high-tech new material market in the future; The increasing requirements of coatings and materials will jointly improve the independent innovation capabilities of coatings and functional new materials, and promote the sustainable high-quality development of the company in the future

Speech by Sun Dalin, Dean of the Department of Materials Science, Fudan University

Sun Dalin, director of the Department of Materials Science at Fudan University, said: “Materials science determines the future of a country’s science and technology.

Speech by Liu Yunqi, Academician of the Chinese Academy of Sciences

Two top scientists in the field of molecular materials in my country-Academician Liu Yunqi of the Chinese Academy of Sciences, and Academician Zhao Dongyuan, who just received the "First Prize of the National Natural Science Award" from the Great Hall of the People in Beijing, also attended the signing ceremony.

The establishment of a joint research center between Jinlitai and Fudan University is an important measure to promote the dual main-line strategy of "automotive coatings + high-tech new materials".

● High performance resin

Research and develop foreign "snap neck" functional resins, with the goal of realizing 100% domestic production of raw materials, preparing and industrializing high-performance polyurethane resins, silicone resins, special epoxy resins, isocyanate curing agents and other materials

● Optimization of coating formulation

Research and optimize Party A’s existing coating formulations for passenger cars, construction machinery and 3C applications and develop new formulations to further improve performance and reduce costs, and improve market competitiveness
.

● Coatings for autonomous driving

Research and develop paints that can be used for car bodies, ground lines and road signs that not only meet reflectance and transmittance requirements, but also have outstanding performance such as attractiveness, diversity, environmental protection, and durability, and improve the use of dark-color body coatings in laser and radar The ability to be detected in the system; the development of smart coatings with super hydrophobic and thermal management characteristics for sensors and interiors
.

● Aerogel thermal insulation coating

In response to the demand for high thermal insulation performance in the fields of new energy power batteries and aerospace, research and development have excellent properties such as low density, high insulation, low thermal conductivity and high adhesion, and can achieve long-term use below 800 ℃, including polyimide aerogels, organic silicon airgel, airgel oxide aerogels and carbides
.

● Military infrared stealth coating

Research and develop coatings that can simultaneously achieve wide-band, multi-spectrum infrared stealth and electromagnetic stealth, long weather resistance, multi-function, lightweight and other service characteristics, as well as anti-laser, radar, infrared, and visible light detection methods applicable to airborne equipment stealth Camouflage coating and other multi-band reconnaissance stealth structural and functional integrated materials
.

● New organic electronic semiconductor materials

Focus on the design, synthesis and large-scale preparation of new p-type and n-type organic semiconductor materials with long life, low drive, low cost, high brightness, high efficiency, high stability, etc.
, as well as corresponding optoelectronic devices, artificial skin, Design, development and preparation of flexible display screens, smart windshields, wearable electronic devices and other application fields.
At the same time, we will carry out research and large-scale production of electronic-grade PI films
.

● Other relevant directions of interest to the three parties