Engineered Coatings via the Assembly of Amino-Quinone Networks
AuthorZhong, Q-Z; Richardson, JJ; He, A; Zheng, T; Lafleur, RPM; Li, J; Qiu, W-Z; Furtado, D; Pan, S; Xu, Z-K; ...
Source TitleAngewandte Chemie International Edition
PublisherWILEY-V C H VERLAG GMBH
University of Melbourne Author/sRichardson, Joseph; Caruso, Francesco; Lafleur, Rene; Pan, Shuaijun
AffiliationChemical and Biomolecular Engineering
Document TypeJournal Article
CitationsZhong, Q. -Z., Richardson, J. J., He, A., Zheng, T., Lafleur, R. P. M., Li, J., Qiu, W. -Z., Furtado, D., Pan, S., Xu, Z. -K., Wan, L. -S. & Caruso, F. (2020). Engineered Coatings via the Assembly of Amino-Quinone Networks. ANGEWANDTE CHEMIE-INTERNATIONAL EDITION, https://doi.org/10.1002/anie.202010931.
Access StatusThis item is embargoed and will be available on 2021-11-30
NHMRC Grant codeNHMRC/1135806
Engineering coatings with precise physicochemical properties allows for control over the interface of a material and its interactions with the surrounding environment. However, assembling coatings with well-defined properties on different material classes remains a challenge. Herein, we report a co-assembly strategy to precisely control the structure and properties (e.g., thickness, adhesion, wettability, and zeta potential) of coatings on various materials (27 substrates examined) using quinone and polyamine building blocks. By increasing the length of the amine building blocks from small molecule diamines to branched amine polymers, we tune the properties of the films, including the thickness (from ca. 5 to ca. 50 nm), interfacial adhesion (0.05 to 5.54 nN), water contact angle (130 to 40°), and zeta potential (-42 to 28 mV). The films can be post-functionalized through the in situ formation of diverse nanostructures, including nanoparticles, nanorods, and nanocrystals. Our approach provides a platform for the rational design of engineered, substrate-independent coatings for various applications.
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