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NEW: PEM Electrolysis Stacks
now available!
The HIAT develops and produces PEM Electrolyzer
up to 100 bar differential pressure. More Details
Where can I get high-performance CCMs for
Electrolysis and fuel cell applications?
The HIAT develops and produces application-oriented
CCM's/ MEA's based on different membranes. More Details
How can you increase the performance
of fuel cells?
The HIAT uses thin tissue - reinforced membranes for
the production of CCMs. More Details
How does the commercialization of the
fuel cell technology succeed?
HIAT conducts research on cost-effective coating methods for fuel cells-
catalysts. More Details
Where and when does it make sense
to use a fuel cell?
The HIAT prepares feasibility studies for technical and business
economic implementation of hydrogen technologies. More Details
Is the PEM electrolysis also without precious metal-
catalysts possible?
The HIAT develops efficient platinum-free catalysts. More Details
How can research results be transferred into concrete applications?
The HIAT has various products within the framework of projects
for hydrogen and fuel cell technology. Mor Details


The production and evaluation of core components for fuel cells and electrolysis cells is one of the main competencies of our institute. For the production of our high-performance CCMs and GDEs, we use our patented screen printing process. We approach the requirements of our customers directly.

A detailed overview is provided in our brochures, which are available for download. Quotations about customized CCMs/GDEs are available on request under

Production of
Fuel cell components



HIAT provides customized solutions for a variety of fuel cell related products.
Learn more

Production of fuel cell components

HIAT provides customized solutions for a variety of fuel cell related products, E.g.:

• Electrocatalysts, with different carrier materials and loadings
• Electrode pastes for screen printing and inkjet applications
• Membrane electrode assemblies (MEAs, CCMs) and gas diffusion electrodes (GDES),
   for PEFC, DMFC and PEM electrolysis
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