A Conducting Polymer Artificial Muscle with 12 % Linear Strain

Authors


  • The Danish Research Agency supported this work through the THOR program, grant no. 9 700 882.

Abstract

A soft polymer actuator has been constructed based on the volume change of a conducting polymer. The linear expansion (12 % at a load of 0.5 MPa) is the highest yet reported for a centimeter-scale conducting polymer actuator. This is achieved by controlling the structure on several length scales: Choice of molecular structure, synthesis from a structured medium, and forming the polymer actuator on a compliant, microstructured gold electrode.

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