Tough and Self-Healing Recycled Polyurethanes with Tunable Fluorescence by Chain Aggregation

Recycling of thermoset polyurethanes (PUs) has aroused wide-ranging concerns. However, degraded thermoset PUs face great challenges in effectively rebuilding the network for multifunctional upgradation due to random chain breakage. Herein, we incorporate anionically polymerized poly(maleimide) (PM)...

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Bibliographic Details
Main Author:	Pengyu Liu (2575567) (author)
Other Authors:	Xiaochuan Ren (1529836) (author), Xiaoyan Qiu (111370) (author), Xin Yang (104842) (author), Yuyan Wang (283747) (author), Xinxing Zhang (789886) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Microbiology Cell Biology Molecular Biology Biotechnology Cancer Computational Biology Chemical Sciences not elsewhere classified hydrogen bonding interactions 6 %), respectively random chain breakage pu chains serve achieve improved mechanical multifunctional upgradation due chain aggregation recycling chain aggregation opens reconfigured pu network waste thermoset pus healing recycled polyurethanes recycled pu thermoset polyurethanes multifunctional upgradation chain aggregation mechanical properties healing properties healing abilities tunable fluorescence tunable emission sacrificial bonds ranging concerns new perspective green ). greatly facilitates effectively rebuilding dynamic bonds aroused wide added utilization 7 mj 52 times
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Tough and Self-Healing Recycled Polyurethanes with Tunable Fluorescence by Chain Aggregation

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