A Case Study in Hydrogen Resilience
The Challenge
Small components such as valves and fittings are exposed to high pressures and temperatures in hydrogen-rich environments. These conditions lead to significantly reduced service life if the components are not protected with suitable coatings. Traditional coating technologies, which add a layer on top of the surface, are not technically feasible for these components due to their sensitivity to tolerances.
Our Solution
Our innovative coating solution grows inward into the material, ensuring that the geometrical properties of the components remain unchanged. This inward growth provides excellent protection against hydrogen-induced damage, effectively addressing the main concerns associated with traditional coatings.
Outcome
The results are groundbreaking. Our inward-growing coating protects even the smallest components and complex structures from hydrogen-induced damage. This solution ensures the longevity and reliability of valves and fittings in the hydrogen infrastructure business, enabling these critical components to withstand the harsh conditions of hydrogen-rich environments.
Note
This case study is based on ongoing commercial discussions.