Interfacial Anchoring and Dual-Phase Separation Tame Liquid Metal into a NIR-Responsive Conductive Adhesive for Remote Electronics Welding and Eco-Recycling

We present a near-infrared (NIR)-weldable and recyclable conductive adhesive through solvent-free integration of a liquid metal (LM) with polythioctic acid (pTA). The strong thiol/carboxyl-mediated binding enables 70 wt % LM loading within the pTA matrix while preventing leakage. Crystallization of...

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Bibliographic Details
Main Author:	Lu Fu (8403804) (author)
Other Authors:	Jun Fang (44152) (author), Chenhao Ji (6953275) (author), Wen Li (143214) (author)
Published:	2025
Subjects:	Biophysics Medicine Marine Biology Cancer Infectious Diseases Plant Biology Space Science Environmental Sciences not elsewhere classified Astronomical and Space Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified sustainable microelectronics manufacturing responsive conductive adhesive recyclable conductive adhesive dynamic disulfide bonds 29 × 10 noninvasive nir irradiation nir )- weldable lm loading within 4 </ sup remote electronics welding electronics interconnection thermotropic adhesiveness ta monomers strong thiol separated lm preventing leakage polythioctic acid plasmonic heating miniaturization assembly mild conditions liquid metal interfacial anchoring friendly solution free integration bulk cohesion 8 mpa
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Interfacial Anchoring and Dual-Phase Separation Tame Liquid Metal into a NIR-Responsive Conductive Adhesive for Remote Electronics Welding and Eco-Recycling

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