In this work, we reported the fabrication of electrically conductive and superoleophobic micropillars and the way to use them to provide surface heating to reduce the frozen oil adhesion force. Results showed that the resistance was reduced with the increasing of Ag flakes because of Ag flakes covered the micropillars forming conductive path ways. As a result, the oleophobicity was weakened by the increased coating density of Ag flakes. The preliminary results showed that the frozen oil adhesion can be reduced remarkably on high resistance sample after applied 1 A current comparing with obtained knock-off forces on samples with smaller resistance. A rough correlation between resistance and knock-off forces was obtained that the knock-off forces increased with the decreasing resistance.
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