Perforated metal for the production of hydrogen

With its perforated surface, perforated sheet metal is ideally suited to the electrolysis process. Perforated sheet metal results in increased efficiency and a higher hydrogen yield, which is needed for the production of e-fuels, for example.


In hydrogen production by electrolysis, the perforated sheet metal design is unique. The structured surface of perforated sheet metal increases the contact area between the electrolyte and the electrode material. In addition, the perforated sheet metal design improves the performance of the electrolysis system. The customised perforated structure ensures better mixing of the electrolyte solution and even distribution of the electric current.


Perforated metal takes on the role of the electrode. Electrolysis occurs on the perforated metal when water is split into its components of hydrogen and oxygen. The perforated metal enables efficient charge transfer and even distribution of the electric current. Furthermore, perforated metal improves the contact between electrolyte and electrode material, which increases efficiency and hydrogen yield. Perforated sheets can also be used as electrodes, as they allow the gases produced to be drawn off. They cannot mix in the reaction area and can be contained in separate containers. What should the perforated metal for your electrolysis system look like?

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