CellForm Hydrogen GmbH & Co. KG

Forming Future Efficiency.

As a developer and manufacturer of bipolar plates with over 50 years of experience in the field of highly complex forming challenges, we have set ourselves the goal of meeting the technical requirements in the forming of metallic bipolar plates with the most filigree channel-strip structures in a uniquely efficient large-scale production process. This way, we address two crucial areas that facilitate the breakthrough of both fuel cells and electrolysers:

an efficient cost structure and at the same time process-reliable implementation of the technical and efficiency-determining requirements in the area of series production of metallic bipolar plates.

Our development expertise enables the implementation of the required flow-field structures with an accuracy and surface quality not previously available on the market. At CellForm, we work in sheet thickness ranges of 0.05mm - 0.2mm and work with our customers to develop the optimal layout for the desired bipolar plate design. Our portfolio includes a wide range of materials, a high degree of design freedom in construction and manufacturing, and comprehensive consultation expertise with regard to other topics related to bipolar plates. Our patented production process is designed with the future in mind and is geared for the largest quantities. This enables the processing of both series and prototype orders.

Contact Christian Kley
Phone
+49 751 56163680
Mail
christian.kley@cellform.eu
Address
CellForm Hydrogen GmbH & Co. KG
Löwenstraße 8
88255 Baienfurt
  • Employees: 8
Sector
  • Mobilität
  • Wasserstoffversorgung
Field of Activity
  • Dienstleistung: Engineering
  • Dienstleistung: Simulation / Technische Berechnungen
  • Forschung
  • Entwicklung
  • Fertigung
Cross-Cutting Themes
  • Materialien und Werkstoffe
  • Nachhaltige Produktion
Technologies
  • Busse
  • Elektrolyseure
  • LKW / Nutzfahrzeuge
  • Luft- und Raumfahrt
  • PKW
  • Stationäre BZ-Aggregate
  • Brennstoffzelle / Stack
  • Brennstoffzellenkomponenten
  • Brennstoffzellensystem