Why do we need a sealing solution for hydrogen storage technologies?

Hydrogen storage technologies require effective sealing solutions to ensure the safe containment and efficient utilization of this versatile gas. The unique properties of hydrogen, such as its low molecular size and high diffusivity, present significant challenges for sealing technologies.

Are elastomer seals suitable for liquid hydrogen applications?

Stored at cryogenic conditions, elastomer materials are not suitable sealing materials for liquid hydrogen applications. Our family of metal seals is suitable for sealing in extremely low temperature environments. Products Low pressure valves are commonly used between electrolysis and compression.

Which materials are suitable for hydrogen adsorption storage?

Increasingly, however, more "mobile" processes are gaining in importance, using materials that are suitable as hydrogen carriers or adsorption storage. These include metals and metal alloys, carbon, and zeolites. These support the energy distribution concept of hydrogen technology.

What are high-performance sealing solutions?

High-performance sealing solutions support the facilitate the widespread adoption of hydrogen as a clean energy source, promoting a sustainable future. Our H2Pro™ range is a family of specially engineered materials, designed to meet the unique needs of hydrogen applications.

Why do we need a hydrogen seal?

The unique properties of hydrogen, such as its low molecular size and high diffusivity, present significant challenges for sealing technologies. Advanced seal materials and designs are employed to withstand extreme pressures, temperature differentials, and hydrogen permeation.

Why is a hydrogen supply chain seal important?

Connections are everywhere in the hydrogen supply chain and reliable sealing is vital to maintain efficiency and reliability whether liquid, or gaseous hydrogen is being transported. Seals must be able to operate under high and low pressures and low and very low temperatures.