Over the years, the Kajin Research Institute has been deeply involved in the basic research, development, application, and manufacturing in the field of graphite anode materials. It has also made continuous long-term investments in the field of new anode materials. It boasts a research and development team of over 500 people, among whom more than 80 hold master's or doctoral degrees. As a result, a number of technologies and products with independent intellectual property rights have been developed. As of December 2024, the Kajin Group has a total of 267 valid authorized patents, including 99 valid invention patents, 153 utility model patents at the headquarters of Guangdong Kajin, and 15 international invention patents. The institute has established extensive industry-university-research cooperation with South China Normal University, Guangdong University of Technology, Nanjing Tech University, and other institutions. It has been approved to set up a series of research laboratories and R&D platforms, such as the "Guangdong Engineering Technology Research Center", the "Guangdong Doctoral Workstation", and the "Dongguan Technician Workstation". Through years of hard work, accumulation, and investment in research and development, Kajin's R&D capabilities and product technologies are already at the leading level in the industry. It has also formed three highly distinctive R&D platforms. Currently, the company is investing 4% of its annual sales revenue to steadily expand the scale and strength of its R&D efforts.
Conventional anode development platform
Conventional anode development platform
Conventional anode development platform
In the field of traditional artificial negative electrode, the company is committed to basic research, and has done a lot of detailed research on raw material structure, particle structure design, process parameters, coating modification treatment, etc., and established a perfect customer docking response mechanism. The company can quickly evaluate and decompose customer needs, design reasonable technology and process routes, and meet and exceed customer needs. In terms of quality management, the company has passed a series of certifications such as ISO9000 quality management system and ISO14000 environmental management system. It is the constant aim of Kaijin's research and development that the company satisfies customers with performance and achieves customers with quality
New anode innovation platform
New anode innovation platform
New anode innovation platform
In the field of new negative electrodes, the company is committed to a longer-term industrial layout. For the ever-changing chemical system design and optimization in the energy field, the company will regularly analyze and summarize it; For cutting-edge technologies with industrialization prospects, the company has long-term continuous experimental investment; For products that have been industrialized, but are limited by their shortcomings in performance and have not been popularized on a large scale, the company has long-term R&D investment and strives to overcome their shortcomings. For example, in the aspect of silicon-carbon artificial negative electrode, the company has successfully produced KY series products, and is constantly optimizing its expansion, first effect and other performances. At the same time, the company is also accumulating R&D and production experience, striving to make basic innovations in design or production.
Analysis and characterization development application platform
Analysis and characterization development application platform
Analysis and characterization development application platform
The research institute now has advanced analysis and testing equipment and material development equipment at home and abroad, such as field emission scanning electron microscope, X- ray fluorescence spectrometer, X-ray diffractometer, inductively coupled plasma emission spectrometer, electrochemical workstation, Malvin particle size tester, specific surface area tester, etc., and a series of rapid and precise testing methods, such as rapid characterization technology and in-situ characterization technology, are under continuous development in order to meet the ever-changing performance and testing requirements of the market.