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Study on Preparation and Properties of Nanocellulose-Polymerizable Deep Eutectic Solvents Ionic Conductive Elastomer
Received:March 07, 2023  
DOI：10.11980/j.issn.0254-508X.2023.05.005
Key Words:ionic conductive elastomer  polymerizable deep eutectic solvents  cellulose nanofibril  phytic acid
Fund Project:国家自然科学基金项目（32071715）。
Author NameAffiliationPostcode
NING Chenxi* School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
ZHANG Xiao School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
JIANG Chuang School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
LIU Wei School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
SUN Haoxuan School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
HOU Qingxi School of Light Industry Science and Engineering， Tianjin University of Science and Technology， Tianjin， 300457
State Key Lab of Biobased Fiber Manufacturing Technology， Tianjin University of Science and Technology， Tianjin， 300457 		300457
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Abstract:In this study， polymerizable deep eutectic solvents （PDES） synthesized from acrylic acid and choline chloride was combined with cellulose nanofibril （CNF） aerogels by UV-initiated in situ polymerization， and phytic acid was introduced to enhance the bonding between CNF and PDES. The ionic conductive elastomers containing abundant covalent bonds and non-covalent bonds （hydrogen bonds） were prepared， and their properties were tested by a variety of modern instruments. The results showed that the ionic conductive elastomers had obvious advantages in mechanical properties （stress of 0.38 MPa and strain of 1378%）， thermal stability， frost resistance， ionic conductivity （ionic conductivity up to 3.9 mS/cm） and UV shielding， and had certain fatigue resistance and elasticity. And the flexible strain sensor based on the assembly showed rapid， stable and reversible signal responsed to human movement.
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