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Nickel 200

Nickel 200
Electrode is the place where electrochemical reaction takes place in alkaline hydrogen production electrolyzer, which determines the efficiency of hydrogen production. It has the requirements of high temperature resistance, alkali resistance and large surface area. At present, the common alkaline hydrogen production electrode is the nickel mesh of thermal spraying nickel-based catalyst.

Choosing Tankii nickel mesh has the following advantages:

1. Good conductivity: Nickel braided mesh has low internal resistance during the electrolysis process, which can provide good current conductivity.

2. Strong corrosion resistance: Nickel woven mesh has good corrosion resistance and is not prone to chemical reactions with common hydrogen and electrolyte, and can be used stably for a long time.

3. High mechanical strength: The mesh structure of nickel woven mesh is uniform, and there is strong interconnection between fibers, making the entire woven mesh have high mechanical strength and durability.

4. Affordable price: Compared to other nickel materials, the cost of nickel braided mesh is relatively low, and the width selectivity is relatively large, making it suitable for large electrolytic cell equipment.

5. The surface can be coated with active catalysts, which increases the reaction rate inside the electrolytic stack, improves hydrogen production capacity, increases hydrogen production efficiency, and to some extent, can also reduce costs. Overall, nickel braided mesh is a commonly used electrode material in hydrogen production electrolysis tanks, with good conductivity and corrosion resistance, which can meet the working requirements of the electrolysis tank. In practical selection, it is necessary to comprehensively consider factors such as production cost, hydrogen production, and special requirements of the electrolytic stack.