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Nickel mesh electrode for hydrogen production by alkaline electrolysis of water

Short Description:

Relying on advanced powder materials and coating preparation technology, BAMSTC has become one of the key suppliers of high-performance nickel mesh electrode and catalytic materials for nickel mesh electrode, which is the key core component of electrolyzer for electrolyzing water to produce hydrogen.

Technical strength: In the aspect of catalytic coating on the surface of nickel mesh for hydrogen production, the domestic leading core technology of "theoretical design-new material development-process development-performance test" has been built, with stable spraying and deposition efficiency, excellent electrochemical performance, and the ability of next-generation material research and development and product iterative upgrading, and it has become a market and technology leader in this field.

Equipment capacity: At present, the company has landed five nickel mesh electrode production lines in Changping, Beijing, covering an area of 9,000 square meters, which can realize the processing of large-size nickel mesh electrodes with a diameter of 2.5 meters at the maximum. It has the advantages of high spraying efficiency, automatic continuous production and high stability of catalyst coating quality, and the annual production capacity of a single production line can reach 20,000 sheets.

Main products and services: Our company can provide core technical services in the whole process of electrode powder design and preparation, optimization of spraying process parameters, spraying processing of nickel mesh catalyst and detection and analysis of electrochemical performance of nickel mesh. At present, three generations of catalytic electrode products with high performance, high stability, long service life and controllable cost have been developed. Including Ni-Al (raney nickel) electrode, Ni-based ceramic electrode and multi-element ceramic electrode, we can provide technical services according to customers' requirements.