Our
contribution demonstrates that the combination of additive
manufacturing and electrophoretic deposition offers great potential
for the future manufacturing of tailor-made catalytic structures for
continuous flow applications. A new protocol for the controlled and
homogeneous coating of both electrodes of interpenetrating porous
open cell structures (interPOCS) with layers of boehmite is presented.
Moreover, it has been found that by applying different coating voltages
in an electrophoretic deposition (EPD) process, the properties of
the obtained coating can be fine-tuned with respect to layer thickness,
density, and porosity. This offers very interesting options for optimizing
the catalysis-relevant properties from two sides by the use of the
special interPOCS support design and by adjusting the coating through
the parameters of the EPD coating process.
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