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High-entropy Alloy Electrode Plates

High-entropy Alloy Electrode Plates

High-entropy alloys have attracted the attention of materials researchers due to their unique "four effects"—high-entropy effect, lattice distortion effect, sluggish diffusion effect, and "cocktail" effect. Compared to traditional catalytic materials composed of 2 or 3 metal elements, high-entropy alloys not only exhibit superior physical, chemical, surface, and electromagnetic properties but also offer higher catalytic stability. By adjusting the content of each element according to the catalytic performance requirements, high-performance catalytic alloy materials can be achieved.

    Advantage

    1: Special processing techniques reduce the amount of precious metals used, thereby lowering costs.

    2: Utilizes the unique properties of high-entropy alloys, which exhibit a lower hydrogen evolution overpotential and maintain good catalytic activity in various environments.

    Applications of High-entropy Alloy Electrode Plates

    High-entropy Alloy Electrode Plates02s66

    Electrolytic water hydrogen production

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