Spray Coating of SOFCs Spray Coating of SOFCs - Fuel Cell Catalyst Coating Systems - Cheersonic Although solid oxide fuel cells (SOFCs) are part of the prospective energy infrastructure, some challenges in their adaption still remain. Besides the need for lower operating temperatures, fuels that are easier to store, cheaper, and/or more abundant than hydrogen are preferred. While external reformers enable the transformation of various compounds into hydrogen [...]

Ultrasonic Coater Could Produce Uniform Thin Coatings Cheersonic's ultrasonic coater could produce highly durable and uniform thin coatings for catalyst coated membrane (CCM), gas diffusion electrode (GDE), polymer membrane, micro porous layer (MPL). Cheersonic's fuel cell catalyst coating systems are uniquely suited for these challenging applications by creating highly uniform, repeatable, and durable coatings. From R&D to industrial scale production, our non-clogging technology results in greater control of [...]

Spray on MEA The membrane electrode assembly provides sites for chemical reactions occurring inside a fuel cell to convert the fuel into usable electrical power. The assembly includes a gas diffusion layer, 5-layer membrane, and 3-layer membranes, gaskets, or sealing components. These components are fabricated individually and then pressed together at high temperatures and pressures and are in the form of stacks. The performance and stability of fuel [...]

Types of Fuel Cells A fuel cell (actually a group of cells) has essentially the same kinds of components as a battery. As in the latter, each cell of a fuel cell system has a matching pair of electrodes. These are the anode, which supplies electrons, and the cathode, which absorbs electrons. Both electrodes must be immersed in and separated by an electrolyte, which may be a liquid [...]

A Series of Ultrasonic Thin Film Coater Cheersonic provides a series of ultrasonic thin film coater from benchtop type for laboratory R&D, stand-alone coater, to inline coater for industrial scale. Cheersonic's experienced team of applications engineers have over 20 years of ultrasonic coating expertise in various industries, including advanced energy, electronic, Medical and nano. We will plan, test, evaluate and develop a coating process that is right for [...]

Thin Film Coating Cheersonic's economical ultrasonic thin film coater UAC1000 is specially designed for do R&D in laboratory. It has the basic function for thin film coating with maximum area of 200*200mm. Ultrasonic coating systems produce highly durable, uniform, coatings of carbon-based catalyst inks onto both fuel cell and electrolysis processes for proton exchange membrane (PEM) electrolyzers such as Nafion, without deformation of the membrane. Uniform catalyst coatings [...]

Spraying TCO Layers Ultrasonic spray technology has been proven succesful for depositing thin film solar cell coatings of anti-relfection layers, Buffer layer coatings, PEDOT and active layers in thin film and perovskite solar cell manufacturing. We also have provided the spray pyrolysis equipment with high temperature plate up to 500℃ for spraying TCO layers. We provide a series of ultrasonic thin film coater from benchtop type for laboratory [...]

Spray Coating of Electrodes for Energy Applications Spray Coating of Electrodes for Energy Applications - Cheersonic UAC1000 ultrasonic coating machine is a small and economical equipment suitable for academic research laboratory work, used for spraying electrodes in energy applications. The economical ultrasonic thin film coater UAC1000 is specially designed for do R&D in laboratory. It has the basic function for thin film coating with maximum area of 200*200mm. [...]

Spraying Platinum and Carbon Particles onto Cloth Cheersonic's ultrasonic coating equipment can be used for spraying Platinum and Carbon particles onto cloth. We have a specification for this. Our company's fully automatic ultrasonic coating equipment is equipped with an ultrasonic disperser for evenly dispersing particles in a wet slurry mixture. The coating prepared in this way is more uniform and thinner, while also avoiding the phenomenon of clogging [...]