Fig. 6: Integration of \({{{\mathrm{PU}}}}_{200\% }^{420{{{\mathrm{D}}}}}\) @PPy multifilament using textile technology and its potential applications. | npj Flexible Electronics

Fig. 6: Integration of \({{{\mathrm{PU}}}}_{200\% }^{420{{{\mathrm{D}}}}}\) @PPy multifilament using textile technology and its potential applications.

From: Ultrastretchable and wearable conductive multifilament enabled by buckled polypyrrole structure in parallel

Fig. 6

Optical images of a rapier loom machine, b fabric with conductive multifilament obtained by weaving, c circular knitting machine and d fabric with conductive multifilament obtained by knitting. Scale bar is 0.5 mm. Resistance changes of the fabric during e stretching, f bursting, and g twisting. h Dynamic resistance changes of the fabric under multiple deformations. Application of the fabric as stretchy electronics during i, j arm bending and k, l walking.

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