Single-Component High-Performance Adhesives Enabled by Synergistic Supramolecular and Covalent Polymerization

Single-Component High-Performance Adhesives Enabled by Synergistic Supramolecular and Covalent Polymerization

The development of high-strength supramolecular adhesives from a single small molecule is a highly compelling research goal, as it offers the potential for lightweight, reversible, and stimuli-responsive bonding systems. However, achieving such adhesives presents significant challenges. Herein, we p...

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Bibliographic Details
Main Author: Yan Shao (291420) (author)
Other Authors: Wen Li (143214) (author), Massimo Cametti (477321) (author), Zoran Džolić (1282317) (author), Zeyang Ding (9130839) (author), Zairan Yang (10777704) (author), Ying Xie (50016) (author), Shimei Jiang (1785262) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Medicine
Cell Biology
Developmental Biology
Mental Health
Biological Sciences not elsewhere classified
responsive bonding systems
remarkable adhesive performance
process significantly enhances
performance adhesives enabled
ether macrocycles facilitate
acyclic glycol chains
o7 </ b
c7 </ b
cyanostilbene moieties extend
crown ether units
single small molecule
supramolecular networks exhibiting
strength supramolecular adhesives
covalent polymerization strategy
crown ether moieties
amide units replaced
cyanostilbene moieties
supramolecular networks
covalent polymerization
ether macrocycle
adhesion strength
synergistic supramolecular
supramolecular confinement
thereby promoting
stacked arrays
shear tests
model compounds
ester groups
cycloaddition reaction
comparative studies
central benzene
baseline adhesion
ambient conditions
28 mpa
1d chains
18 mpa
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