Select a different country or region to see specific content for your location.
Hydrogen Energy
Plastics for Hydrogen Energy
Your high-performance supplier for hydrogen solutions
Hydrogen is one of the future technologies for renewable energy. Plastic plays a crucial role in hydrogen technology to enable the safe and efficient use of hydrogen in a wide range of applications. From storage and distribution to integration in advanced hydrogen vehicles and industrial processes, discover how plastics are driving the energy transition and shaping a sustainable future.
Learn more about the future of plastic components for hydrogen applications
Possible applications in hydrogen energy
Benefits of using thermoplastics or composites in hydrogen environments
A small excerpt from our delivery programme for hydrogen applications
Properties for the different hydrogen applications
How can you benefit from our Composite or Theromplastic advantages? Here are a few properties of how our products can support your project:
Fuel cells
- Flame retardancy
- Highly dimensionally stable
- Gas-tight
- Thermally insulating
- Light-weight
- Non-corrosive
Electrolysers
- Excellent mechanical strength
- Thermally insulating
- Resistant to (hot, oxygen-saturated) alkaline liquids
- Electrically insulating
- Low moisture absorption
- Flame retardancy with composites
Cryogenic storage tanks
- Design improvements compared to conventional solutions due to superior strength
- Low thermal conductivity
- High mechanical strength
- Suitable for use in vacuum
- Non-corrosive
- Defined sliding properties
- Suitable coefficient of thermal expansion
High pressure vessels for storage and transportation
Various pressure levels under development
Carbon fibre wound tanks
Weight reduction
Curious about using plastics for hydrogen application?
Do you have a project that you would like to implement using plastics? Let's explore together how you can best use a tailored plastic material in your application. We will help to find the optimal solution to your problem.
