What question did this study set out to answer?

Examine the integration of nanofibers in wearable strain sensors to enhance performance.

January 6, 2026Journal of Materials Chemistry C1 citations

Multi-Scale enhanced flexible wearable strain sensors: integration of core-shell PVDF/MWCNTs@PVDF/PTFE nanofibers for superior sensitivity, stability, and thermal performance

CYChaoyue YeNanjing Tech University CWCheng WangNanjing Tech University WLWeilan LiuNanjing Tech University

Key Points

Examine the integration of nanofibers in wearable strain sensors to enhance performance.
Utilized core-shell PVDF/MWCNTs@PVDF/PTFE nanofibers for sensor production.
Evaluated sensitivity, stability, and thermal performance of the modified sensors.
Conducted mechanical testing to assess durability.
Demonstrated superior sensitivity compared to conventional sensors.
Showed improved stability over extended periods of use.
Enhanced thermal performance noted during testing.

Abstract

Wearable flexible strain sensors have demonstrated significant potential for monitoring human motion and health. However, many existing devices are constrained by mechanical durability, sensitivity, and environmental stability, particularly during prolonged...

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