Rapid Growth in the Fuel Cell Market: The Crucial Role of Milesen's Nickel Mesh

Nickel Mesh

In 2023, the global fuel cell market is valued at $7.35 billion and is expected to grow at a CAGR of 27.1% from 2024 to 2030. This growth is mainly due to the increased demand for unconventional energy in the global market. Moreover, the U.S. DOE also provides funding for fuel cell development through programs such as the Fuel Cell FCTO and SOFC programs. Predictable fuel cells (SOFC) are expected to be the fastest growing product segment during the forecast year.

We know that in fuel cells, nickel mesh has advantages that other media cannot match. For example, nickel mesh can provide a larger surface area to achieve maximum contact with the active material, at the same time, can also improve the performance of the battery, durability and efficiency, can also act as an electrode enhancer, improve the REDOX reaction activity and electrochemical reaction rate, therefore, stable and reliable nickel mesh in the fuel cell is very important.

Milesen's nickel mesh is highly recognized by the market for its excellent electrical conductivity, excellent corrosion resistance and high catalytic properties. This nickel mesh is able to maintain stability in a variety of environments, whether high temperatures or chemically intense environments, maintaining its structural and functional integrity. These characteristics make Milesen's nickel mesh ideal for use in high-efficiency fuel cells and other applications requiring high durability.

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