Fabrication of Gaskatel Gas Diffusion Electrodes

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Fabrication of Gas Diffusion Electrode BiPlex

The production process allows the use of different catalysts:

  • Platinum carbon
  • Manganese mixed oxide/carbon
  • Silver/silver carbon
  • Nickel/nickel carbon
  • Customer-specific catalysts

The catalyst layers are applied on woven metal nettings or carbon fleeces. They can be combined with porous PTFE-foil and/or microporous separators. Thus, we are able to develop and produce gas diffusion electrodes tailored to individual customer requirements.

The BiPlex gas diffusion electrode is characterized by its porous electrode structure.
Typical fields of application are:

  • Water electrolysis
  • Chlorine alkali electrolysis
  • Zinc air batteries
  • Production of H2O2
  • Wastewater treatment
  • Double layer capacitor

 

Are you interested in the gas diffusion electrodes from Gaskatel?

Gas Diffusion Electrodes made by Gaskatel

Here you will find an overview of some gas diffusion electrodes from Gaskatel – including those that are not available in our online shop.

We offer a wider selection of electrodes than shown in our online store or on our website. Simply contact us and let us know your requirements.

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Would you like to learn more about our gas diffusion electrodes BiPlex?

Three-phase boundary of a gas diffusion electrode.
Three-phase boundary of a gas diffusion electrode

What are Gas Diffusion Electrodes?

Gas diffusion electrodes are composed of a porous catalyst layer which has been applied on carrier material. Here you will find some general information about them.

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Why are Gaskatel Gas Diffusion Electrodes Special?

Our gas diffusion electrodes are electrodes with a porous catalyst layer on a current collector. Watch the following video to learn more.

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Gas Diffusion Electrodes BiPlex

Gas diffusion electrodes from Gaskatel are porous electrodes for electrochemistry. Various catalysts can be processed into electrodes. The applications in electrochemistry are diverse and range from hydrogen electrodes to electrodes for the reduction of carbon dioxide.

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