In the field of artificial graphite negative electrodes, the company has accumulated a wealth of data experience and established a comprehensive customer response mechanism through the establishment of raw material databases, semi-finished product platforms, and finished product platforms. It is possible to quickly decompose indicators and develop relevant product plans based on customer demand information. The company always takes customer needs as the guide, continuously conducts cutting-edge technology research and development work, and achieves fast and accurate response to customer needs. Customer satisfaction is our greatest pursuit in research and development work.

In the field of new negative electrodes, the company is committed to a longer-term industrial layout, continuously collecting, analyzing, and researching new materials and chemical systems in the field of new energy. For cutting-edge technologies with industrialization prospects, the company has long-term and sustained R&D investment, striving to make fundamental innovations in design or production; For products that have already been industrialized but are limited by their performance shortcomings and have not been widely popularized, the company continuously invests in research and development and production resources, striving to overcome their performance shortcomings and achieve commercial popularization. For example, in the field of silicon carbon artificial negative electrodes, the company has successfully mass-produced KY series products and is continuously optimizing their performance in terms of expansion and first effect.

The research institute currently has multiple internationally advanced analytical and testing equipment, including field emission scanning electron microscopy, Raman spectrometer, X-ray spectrometer, electrochemical workstation, and material development equipment, building a comprehensive hardware system for testing and research and development. In order to accurately match the performance indicators and testing requirements of market dynamics, the research institute continues to promote technological iteration, and strives to tackle a series of high-precision testing methods such as rapid characterization technology and in-situ characterization technology, continuously improving detection efficiency and data accuracy. The research institute has successfully passed CNAS accreditation and achieved international mutual recognition of its testing capabilities, fully demonstrating the company's profound accumulation and outstanding strength in the field of quality control, providing customers with authoritative and professional technical service guarantees.