Ultrasonic PEM Electrolytic Cell Coating
Nowadays, the material and manufacturing costs of electrolytic cells are relatively high, and the lack of affordable components and automated manufacturing processes is the main reason. The lack of standardized mass customization also leads to high production and processing costs, further hindering the large-scale production of electrolytic cell stacks, especially MW/GW level electrolytic cells. Currently, research mainly focuses on the high cost of membrane electrodes, but the material and manufacturing costs of other key components, as well as the complex and inefficient assembly process of stacks, are often overlooked. Electrolytic cells commonly use titanium or titanium coated stainless steel (PVD process) and bipolar plates (BPS), which have high manufacturing and material costs.
Therefore, the ultrasonic coating system is highly suitable for spraying carbon based catalyst ink onto electrolyte membranes used for hydrogen production.
The PEM electrolytic cell coating system is fully automated, capable of double-sided coating, and can apply different catalyst formulations to each side of the membrane. The durability and repeatability of the coating have been proven to be superior to other coating methods, thereby extending the service life of the PEM coating.
FUNSONIC provides a production process for anode coating of PEM electrolytic cell plates to solve the problem of high manufacturing and material costs of commonly used titanium or titanium coated stainless steel and bipolar plates in electrolytic cells.
FUNSONIC has a wide range of professional coated proton exchange membrane electrolysis cells with excellent coating property control capabilities, which can create the most uniform and effective coatings for electrolysis applications.
