A Printable Deep Eutectic/Copper Conductive Colloid for Wearable Devices

A Printable Deep Eutectic/Copper Conductive Colloid for Wearable Devices

The advancement of wearable electronics has placed higher demands on the comfort and convenience of flexible materials. In this work, a conductive pseudoplastic colloid was developed by utilizing the oxygen elements adsorbed on the surface of copper powder, which forms donor–acceptor interactions wi...

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Bibliographic Details
Main Author: Jin-Xian Zhang (21383121) (author)
Other Authors: Peng Pan (4480531) (author), Zheng-Chun Yang (1983220) (author), Jie He (132999) (author), Pei-Feng Zeng (21383124) (author), Rui Zhang (13940) (author)
Published: 2025
Subjects:
Microbiology
Biotechnology
Hematology
Virology
Space Science
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
Information Systems not elsewhere classified
resulting deep eutectic
printable deep eutectic
placed higher demands
oxygen elements adsorbed
hydrogen bond donors
excellent thermal stability
deep eutectic solvent
19 × 10
conductive pseudoplastic colloid
flakelike copper powder
)), high viscosity
copper conductive colloid
flexible strain sensor
copper colloid
copper powder
conductive filler
flexible materials
ω ·
wearable electronics
wearable devices
ultrahigh sensitivity
textile substrate
resistance characteristics
printing onto
portable glove
muscle motions
motion detection
machine interaction
linking ability
great potential
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