Cellcentric Gmbh & Co. Kg

Volker Horinek

Johannes Deutsch

Nico Riede

Karl Zimmerer

Leoni Pretzel

Eyuep Akin Oezdeniz

Christian Wulff

Wolfgang Hansen

Dominik Schuhmacher

Alexandra Fotiou

Fabian Eberspaecher

Christian Zoeller

Oliver Bihlmaier

Marco Mraz

Uwe Pfister

Harald Tober

Bettina Janson

Helmut Rauner

Tim Rueckert

Holger Seibt

The invention relates to a production plant for producing a membrane electrode assembly or a membrane electrode frame assembly having multiple work stations in which successive production steps take place. The production plant according to the invention is characterized in that a main line and at least one secondary line are provided, wherein the at least one secondary line branches off from the main line after a central work station and, after at least one decentralized work station in the respective secondary line, reenters the main line before the central work station, wherein the central work station comprises at least one work section for an adhesive application, and wherein at least some of the decentralized work stations are designed at least for joining and/or positioning other materials and/or layers. The invention also comprises a method for producing a membrane electrode assembly or membrane electrode frame assembly using such a production plant.

Production system and method for producing a membrane electrode assembly

A method for producing a membrane electrode assembly for a fuel cell includes providing a first component of the membrane electrode assembly as part of a continuous material web which passes through a plurality of processing stations and connecting a second component of the membrane electrode assembly to the first component by a firmly bonded connection.

Method and device for producing a membrane electrode assembly for a fuel cell

A method for providing a catalyst-coated polymer electrolyte membrane for a membrane electrode assembly of a fuel cell with at least one functional coating made of a material includes printing directly the material onto the catalyst-coated polymer electrolyte membrane by a non-contact printing method.

Method for the production of a membrane electrode assembly for a fuel cell

Growing community of inventors

Fellbach, Germany

Volker Horinek