“…PDMS is highly immiscible with urethane hard segments 48 and PDMS-based polyurethanes have broad applications in wearable devices, 49 artificial skin 50 and sustainable synthetic leather. 51 However, PDMS-based polyurethanes generally show very poor mechanical properties and thus it is desirable to significantly improve the tensile strength while not sacrificing the ductility of the materials. Therefore, PDMS was further chosen in the present study.…”
Increasing strength while not sacrificing ductility of polymeric elastomers promises to expand application ranges and meanwhile improve durability of the materials. However, compromise on strength or ductility usually occurs because...
“…PDMS is highly immiscible with urethane hard segments 48 and PDMS-based polyurethanes have broad applications in wearable devices, 49 artificial skin 50 and sustainable synthetic leather. 51 However, PDMS-based polyurethanes generally show very poor mechanical properties and thus it is desirable to significantly improve the tensile strength while not sacrificing the ductility of the materials. Therefore, PDMS was further chosen in the present study.…”
Increasing strength while not sacrificing ductility of polymeric elastomers promises to expand application ranges and meanwhile improve durability of the materials. However, compromise on strength or ductility usually occurs because...
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