02. Dezember 2013
Kategorie News
This concept comprises both the materials and also the geometry of the high-pressure piston and the high-pressure seal. Both were specially developed for the optimum resistance of hydrogen at a pressure of 1000 bar.
In a long-term test it was possible to prove that this new sealing concept significantly reduced the leak rate of hydrogen seals at 1000 bar compared to standard seals of the DLE gas booster series, and also significantly increased the life cycles of the seal.
In combination with hydrogen-resistant stainless steels for high pressure cylinders, check body and check valves, this further development allows users a highly efficient and, at the same time, secure seal for hydrogen up to 1000 bar.
A further advantage: Every Maximator gas booster of the DLE series is equipped with flushing connections, so that the rear piston chamber can be flushed with inert gases. This counteracts the creation of explosive atmospheres even during compression.
Further information for the compression of hydrogen:
15. Mai 2024
Besucht uns vom 10.-14. Juni in Frankfurt in Halle 6 an Stand B86.
06. Mai 2024
Wasserstoff-Innovation aus Thüringen: Vorstellung der innovativen mobilen Wasserstoffverdichter und -speicherlösung für dezentrale Anwendungen.
19. April 2024
Wir waren zu Gast beim Messepodcast.de für die Hannover Messe 2024.
22. Februar 2024
Deep dive into oxygen compression with Micha & Vici.
05. Februar 2024
Ihr wartet noch auf einen Recap zum Tag der Ausbildung? Here it is.
Hier können Sie sich alle Folgen des Maximator Podcasts "Beyond the pressure" anhören.
zum Podcast