Metal–phenolic networks on biomass surfaces: Supramolecular assembly, interfacial chemistry, and functional frontiers

Key Points

• The formation of metal-phenolic networks alters interfacial chemistry, enhancing material properties.
• Key evidence shows increased stability and multifunctionality when metal-phenolic networks are employed.
• Observational analysis of supramolecular assembly reveals unique interactions at biomass surfaces.
• Such findings support the development of innovative functional materials, broadening potential applications.