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Business – Cell Impact and thyssenkrupp Automation Engineering Form Strategic Cooperation Agreement

Article Summary:

Cell Impact and thyssenkrupp Automation Engineering have formed a Strategic Cooperation Agreement aimed at advancing hydrogen technology. This partnership focuses on joint marketing initiatives and the technical development of flow plates as well as manufacturing processes for fuel cells and electrolyzers.

The collaboration leverages Cell Impact Forming™, a patented dry forming method that utilizes high kinetic energy to create intricate patterns in ultra-thin metal. This innovative technique allows for precise control of impact velocity, ensuring exceptional channel accuracy and uniform thickness. Such qualities are essential for optimizing flow plates used in both fuel cells and electrolyzers.

thyssenkrupp Automation Engineering, part of the broader thyssenkrupp industrial group, brings extensive automotive expertise to this collaboration. Together, both companies aim to enhance the efficiency and effectiveness of hydrogen technologies, contributing to a sustainable energy future.

Original Article:

Cell Impact and thyssenkrupp Automation Engineering have entered a cooperation agreement

KARLSKOGA, Sweden, Nov. 7, 2025 /PRNewswire/ — Cell Impact and thyssenkrupp Automation Engineering have entered a Strategic Cooperation Agreement for Joint Market Success in the Field of Hydrogen. The agreement includes a shared ambition to carry out joint marketing activities as well as technical development of flow plates and manufacturing processes for fuel cells and electrolyzers.

The cooperation between Cell Impact and thyssenkrupp Automotion Engineering is based upon Cell Impact Forming™ - a patented dry forming method using high kinetic energy to shape complex patterns in ultra-thin metal. By precisely controlling the impact velocity, it enables exceptional channel accuracy and thickness uniformity—ideal for flow plates in fuel cells and electrolyzers.
The cooperation between Cell Impact and thyssenkrupp Automotion Engineering is based upon Cell Impact Forming™ – a patented dry forming method using high kinetic energy to shape complex patterns in ultra-thin metal. By precisely controlling the impact velocity, it enables exceptional channel accuracy and thickness uniformity—ideal for flow plates in fuel cells and electrolyzers.

 

thyssenkrupp Automation Engineering is a business unit of the automotive segment of the industrial group…

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