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Electrostatic flocking is a technique for depositing vertically‐aligned microfibers onto an adhesive‐coated substrate using a high electrostatic field. Emmanuel Delamarche and co‐workers use this technique on page 2672 to pattern layers of flock fibers resulting in 2D and 3D microfluidic networks, which fill spontaneously due to capillary action. With this approach, multifunctional microfluidic platforms...
Flock‐based microfluidics are created by depositing hydrophilic microfibers on an adhesive‐coated substrate using an electric field. This enables the fabrication of self‐powered microfluidics from one or more different kinds of fibers that form 2D and 3D flowpaths, which can wick 40 microliters of liquid per square centimeter. With this approach, large areas of functional wicking materials can be...
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