Electronic Chemicals R&D

In molecular design, we have an outstanding professional team that utilises advanced computational chemistry tools to accurately predict molecular structures and properties, laying a solid foundation for new material development. As synthesis processes, we have mastered efficient synthesis pathways and purification technologies to ensure the high purity and stability of materials. As purification technology, we employ advanced separation and purification methods to effectively remove impurities, enhancing material purity and quality, with metal impurity control reaching 1 ppb.

We possess the capability to rapidly respond to market demands and achieve large-scale production. We have a well-established engineering development process, from laboratory pilot testing to pilot-scale upscaling, and ultimately to industrial-scale production, with each step meticulously designed and strictly controlled.

We are equipped with state-of-the-art analytical instruments and a professional analytical team, enabling us to conduct comprehensive and in-depth characterisation of material structure and performance. Additionally, we possess the capability to test material performance, including mechanical property testing, thermal property testing, and electrical property testing, to comprehensively evaluate the overall performance of materials.

We closely monitor industry trends and market demands, rapidly transforming basic research outcomes into practical applications to provide customers with customised solutions. Through in-depth communication with customers, we accurately identify their pain points and leverage our technical advantages to develop high-end materials tailored to specific application scenarios.

We have established a flexible and efficient innovation mechanism to encourage internal teams to explore unknown areas and continuously challenge technical boundaries. We have established a dedicated innovation fund to provide adequate financial support for promising R&D projects, ensuring the smooth progression of innovation activities.