Ultrasonic Spraying Equipment for Coating Hydrogen Electrolysis Cells
Ultrasonic spraying is achieved through ultrasonic atomization technology. The energy of ultrasonic waves disperses water or liquid, forming particles ranging from several micrometers to 100 micrometers in size, which enables the application of ultrasonic waves in spraying. Fansoe can provide different types of atomizing nozzles with the domestic leading ultrasonic atomization technology to help determine the size of droplets, liquid flow rate and spray mode, and the whole machine uses XYZ three-axis servo system to achieve all-round spraying to meet the needs of various fields.
The ultrasonic atomization spraying system has been widely used in many electrolytic coating applications. The high uniformity of the catalyst layer and the uniform dispersion of suspended particles make the coating efficiency of single-sided or double-sided electrolytic cells very high.
In the production process of green hydrogen, hydrogen is produced through the decomposition of electrolyzed water, producing only hydrogen and oxygen. In this truly green energy production process, ultrasonic equipment is used to apply coatings on the electrolytic cell.
In the production of hydrogen fuel cells, the PEM electrolytic cell coating system is an ideal way to spray carbon based catalyst ink onto the electrolyte membrane. These systems are fully automated, capable of dual coating and allowing different catalyst formulations to be applied to each side of the membrane. It has been proven that the durability and repeatability of coatings are superior to other coating methods, typically providing higher efficiency and extending the lifespan of PEM coatings.
In carbon capture electrolysis applications, FUNSONIC ultrasonic spraying equipment applies catalysts to membranes used for separating and capturing carbon dioxide before entering the atmosphere. Separation of carbon dioxide from other gases in exhaust streams generated during industrial processes, such as coal and natural gas power plants or steel and cement plants; The purpose is to reduce carbon emissions and strive to solve the problem of global warming. Usually captured CO2 can be processed into valuable carbon based by-products such as plastics, rubber, or fuels.
