Shenzhen Zhongxing Innovative Material Technologies Co., LTD (ZIMT), a subsidiary of ZTC Holdings, was established in 2012. It is a distinguished national high-tech enterprise that specializes in the research and development, production, and marketing of lithium-ion battery separators. These innovative products have found extensive application in electric vehicles, energy storage systems, E-bike, power tools, etc.

ZIMT has consistently adhered to its guiding principle of being "client-centric, technology-driven, and employee-focused," with a focus on leveraging technology to create value for its customers. As a result of its unwavering commitment to innovation, ZIMT has attained a position of leadership in independent innovation and has established a robust innovation system within China. The seasoned R&D team at ZIMT has been extensively involved in the domains of material alteration, membrane technology processing, battery investigation, and certification for numerous years. Leveraging their expertise, ZIMT has achieved consistent advancements in research and development as well as innovation. The company has received multiple accolades from government departments, including being designated as a National Specialized and New Small Giant Enterprise, a National Intellectual Property Advantage Enterprise, and a Guangdong Micronano Functional Membrane Materials Engineering Technology Research Center. It has also been recognized as a Guangdong Intellectual Property Demonstration Enterprise and a Shenzhen Municipal Enterprise Technology Center. Additionally, ZIMT has established a Post-doctoral Innovation Practice Base.

In the future, ZIMT will continously focus on the development and applications of specialty membrane materials in various areas, including new energy, environmental protection, water resource utilization, and medical care. ZIMT is committed to establishing itself as a top-quality national brand and making contributions to the development of China's membrane industry, leading a brighter future for membrane materials.