- Schaeffler targets full-scale metallic bipolar plate production by 2027.
- Advanced coating solutions address durability needs for fuel cell systems.
Schaeffler AG highlighted its latest hydrogen innovations during FCVC 2026, reinforcing the strategic importance of Schaeffler Hydrogen Technology in the evolving fuel cell ecosystem. The company presented fuel cell bipolar plate technologies, advanced coating systems, and hydrogen-related products designed for next-generation mobility applications. Its exhibit demonstrated research and development progress alongside industrialization capabilities aimed at scaling hydrogen technologies for commercial deployment. The showcase also reflected growing industry momentum toward efficient and durable fuel cell systems that support future zero-emission transportation solutions across multiple vehicle segments.
Metallic Bipolar Plates Move Toward Mass Production
A key attraction at the exhibition was the company's metallic bipolar plates featuring advanced coating technology. Schaeffler expects to achieve full-scale mass production of metallic bipolar plates by 2027, marking an important milestone for hydrogen mobility. The planned production line will integrate precision forming, cleaning, welding, leak detection, functional coating, and packaging processes into a comprehensive manufacturing workflow. This industrial approach is intended to support higher production efficiency and consistent product quality while meeting the growing demand for fuel cell components in future vehicle applications.
Advanced Coating Technologies for Fuel Cell Applications
The company showcased its Enertect PI+ coating system containing precious metals, specifically developed to meet long service life requirements under high electric potential conditions for PEM electrolyzer plates. Schaeffler also offers the Enertect PC+ coating series, which does not contain precious metals and is suitable for a broad range of PEM fuel cell operating environments. These technologies demonstrate the company's focus on balancing durability, performance, and material optimization as fuel cell systems continue to evolve toward larger-scale commercialization across global markets.
Hydrogen Components Expand Vehicle Integration
Beyond bipolar plates and coatings, the exhibition featured multiple hydrogen vehicle components designed to enhance system reliability and safety. These included fuel cell three-way valves, bypass valves, stack control valves, hydrogen leak sensors, hydrogen exhaust sensors, and air flow sensors. The expanded portfolio reflects how Germany-based innovation continues to drive advancements in hydrogen mobility. By integrating sensing, control, and fuel cell technologies, the company aims to support increasingly sophisticated hydrogen-powered vehicle architectures.
Frequently Asked Questions
What are metallic bipolar plates used for in fuel cells?
Metallic bipolar plates are critical components that distribute gases, conduct electricity, and manage heat inside fuel cell stacks. They directly influence efficiency, durability, and overall system performance in hydrogen fuel cells. Advanced coatings applied to these plates help improve corrosion resistance and electrical conductivity, especially under demanding operating conditions. As fuel cell adoption grows across transportation sectors, high-performance bipolar plates are becoming increasingly important for achieving reliable and long-lasting hydrogen energy systems.
What hydrogen technologies did Schaeffler showcase at FCVC 2026?
Schaeffler presented a broad range of hydrogen technologies, including metallic bipolar plates, advanced coating solutions, hydrogen sensors, and fuel cell control components. The exhibition highlighted both research achievements and industrial manufacturing capabilities. Products on display included hydrogen leak sensors, exhaust sensors, stack control valves, bypass valves, and air flow sensors. The company also emphasized its plan to begin full-scale production of metallic bipolar plates by 2027, supporting the future expansion of hydrogen-powered mobility.
Click above to visit the official source.