Kargen demonstrate its Metal-Organic Framework (MOF) materials at ABES-7 2024 and presenting a new form of solid-state electrolytes!

On June 12-13, the 7th International Forum on Advanced Battery Electrolyte/Separator Materials Technology and the 2nd Solid-State Electrolyte Technology and Market Development Forum (ABES-7) took place in Suzhou. The conference focused on in-depth discussions and exchanges around solid-state electrolyte materials, advanced electrolyte technologies, and advanced separator technologies.

Kargen leveraged its team's expertise in Metal-Organic Framework (MOF) materials and the development trends in solid-state batteries to deliver an impressive presentation titled "Metal-Organic Framework (MOF): Applications in Solid-State Batteries" at the event. The company also introduced the progress of two additional products developed over the past year: a fluorine-free self-emulsifying microsphere and nanocellulose, both of which are used for lithium battery separator coatings.

Through independent innovation, Kargen has developed polymer microspheres (KAR series) and nanocellulose (CNC) for lithium battery separator coatings, as well as Metal-Organic Framework (MOF) materials (KAR-F series) used for lithium battery separator coatings, ion adsorption, dehumidification, and catalytic gas separation. The performance of these products has reached leading levels.

Kargen is also the first company in China to achieve ton-level mass production of MOFs and developed hundreds of functional MOFs products. Our team has extensive expertise in MOF synthesis and applications. For more information on MOF applications and custom functions, feel free to contact Kargen’s technical team for assistance.