Feintool, in collaboration with technology partner SITEC, has secured a significant long-term contract in China related to hydrogen mobility. The contract involves the high-volume production of metallic bipolar plates for a leading Chinese manufacturer of fuel cells, with production expected to commence in 2025. These bipolar plates, crucial components of fuel cells, will be manufactured at Feintool's specialized site in Taicang, China, and primarily used in commercial vehicles, buses, and cars. The integration of Feintool's core technologies, including FEINforming and FLEXwelding, along with advanced coating and sealing processes, ensures the production of high-precision ready-to-install components for the customer. The fuel cells powered by these metallic bipolar plates serve as electrochemical energy converters, producing electricity from hydrogen and oxygen while emitting only water vapor. This clean energy source offers a sustainable alternative to traditional fossil fuels, benefiting various sectors such as electric vehicles, emergency generators, and even spacecraft. The strategic objective of Feintool is to position itself as a leading global supplier of metallic bipolar plates for fuel cells and electrolyzers, actively contributing to the advancement of green energy generation, storage, and utilization. Feintool, an international technology and market leader in electrolamination stamping, fineblanking, and forming, is dedicated to manufacturing high-quality precision parts in large volumes from steel. With a focus on serving industries such as automotive, energy infrastructure, and high-end industrial manufacturing, Feintool's products align with the growing demand for green energy solutions. The company's commitment to innovation, cost-efficiency, and quality underscores its role in shaping the future of energy production and consumption. Founded in 1959 and based in Switzerland, Feintool operates globally with multiple production sites and a workforce of over 3,000 employees, illustrating its dedication to sustainable and cutting-edge manufacturing practices.