In the ever-evolving landscape of the hydrogen industry, electrolyser manufacturers are searching for solutions that not only streamline operations but also enhance efficiency and durability of their systems.
Tailored to complement the unique characteristics and performance requirements of each stack, our proprietary coatings ensure, efficient performance, prolonged system lifetime, and unparalleled durability. TFP Hydrogen’s advanced coating technology is a proprietary technical solution that offers numerous benefits for PEM electrolysers.
1. Scalable Coating Technology
TFP Hydrogen’s scalable technology supports up to 3.1GW PEM Electrolyser capacity, streamlining mass production, optimising cost structures, and ensuring responsiveness to increasing demand. This empowers businesses to navigate the dynamic hydrogen industry efficiently, whilst staying ahead of the curve.
2. Increased Performance & Efficiency
Custom-formulated coatings significantly reduce interfacial contact resistance, enabling high energy efficiency. The coatings protect against corrosion and oxidation, enabling the cell to operate at a lower voltage for longer durations. This is demonstrated by a low voltage degradation rate of typically less than 3 µV/h over 10,000s hours, representing a 60% improvement over uncoated components and maximising the longevity and profitability of the electrolyser stack.
3. Enhanced System Lifetime
TFP Hydrogen’s coatings shield Porous Transport Layer’s (PTL’s), Cell Separators, Bipolar and Unipolar plates from corrosion, acting as a barrier against hydrogen absorption. By minimising hydriding and embrittlement, which would usually increase the ohmic resistance and lead to mechanical failure in uncoated parts, TFP Hydrogen’s coatings increase operational efficiencies and extend the lifetime of electrolyser components. This reduces the need for replacements and repairs, further enhancing the system’s lifetime and efficiency.
Reach out to us to learn more about how our coatings can elevate your solutions for green hydrogen and contribute to the sustainable future of energy production.