Pioneering the industrialization of MOF materials and driving frontier functional materials toward large-scale manufacturing and industrial applications.
Founded in 2020, moftech is an advanced materials company specializing in scaling MOF materials for industrial applications. We continuously advance MOF from laboratory innovation to large-scale manufacturing and industrial deployment, building capabilities across material R&D, process development, and productization for industrial use cases.
Continuously advancing MOF industrialization.
Moving frontier materials from lab to large-scale production.
Building a technology system around materials, processes and applications.
The 2025 Nobel Prize in Chemistry was awarded to Susumu Kitagawa, Richard Robson, and Omar M. Yaghi for their pioneering contributions to metal-organic framework materials. Prof. Omar M. Yaghi, honorary scientific advisor to moftech and co-inventor of MOF materials, continues to guide our journey from scientific breakthrough to industrial-scale application.
Honorary Scientific Advisor
2025 Nobel Laureate in Chemistry
Co-inventor of MOF Materials
moftech operates a global R&D center in Chongqing — moftech (Chongqing) Advanced Materials Research Institute — responsible for material R&D, process scale-up, application validation, and technology transfer. The institute bridges the gap between frontier materials research and product development, supporting the company's journey from lab to market.
Conducting MOF structure, performance, and application-driven research.
Translating lab routes into scalable, manufacturable processes.
Validating materials, components, and systems in real-world conditions.
Advancing R&D outputs into product development and industrial deployment.
The moftech core team originates from Beijing Institute of Technology (BIT), with ongoing scientific support from BIT faculty. Our team spans material R&D, process development, scale manufacturing, and application conversion — forming a cross-functional capability structure tailored for MOF industrialization.
Leveraging BIT faculty expertise to continuously support material R&D and technology transfer.
Driving MOF material design, synthesis, and performance optimization.
Leading process development, scale-up, and manufacturing system building.
Advancing product development, validation, and industrial deployment.