Apply Protective Coating on Thin-film Solar Cells Ultrasonic coaters can apply protective coating on thin-film solar cells. Through the improved ultrasonic spraying method, large-scale production of polymer solar cells can be achieved, ensuring reliability and reproducibility. Ultrasonic coating is a unique, environmentally-friendly, low velocity spray technology that creates micron thickness, very uniform protective and functional thin films with no clogging and very little overspray. About Cheersonic Cheersonic is the [...]

Polymer Electrolyte Membrane Fuel Cells Polymer Electrolyte Membrane Fuel Cells - Fuel Cell Coating - Cheersonic As an efficient and clean energy, hydrogen energy can alleviate the energy crisis and reduce environmental pollution at the same time, and has become the focus of global renewable energy development. Hydrogen-powered polymer electrolyte membrane fuel cells (PEMFCs) have been widely researched and developed to be the most suitable for electric vehicles, [...]

Catalyst Deposition Our experienced team of applications enginners have over 20 years of coating expertise in many different industries. They work closely with customers to develop a coating process that meets thier unique challenge. We will plan, test, evaluate and develop a coating process that is right for customers. We are glad to cooperate with you for the optimal ultrasonic solution for catalyst deposition. Ultrasonic coating systems produce [...]

Manufacture of Catalyst Coated Membrane Cheersonic produces bench top ultrasonic coating system for manufacture of catalyst coated membrane (CCM), gas diffusion electrode (GDE), polymer membrane. A Microsoft Window base integrated program control system including: ultrasonic probes to generate mist for coating, syringe pumps to dispense liquid, a heated vacuum table to hold samples for coating, a gantry system to move spray nozzle probe, spray pattern. Ultrasonic coating machine [...]

Manufacturing Membrane Electrode Assembly Many automakers are now manufacturing membrane electrode assembly (MEA) as part of their fuel cell development plans. In order to produce MEA, it is necessary to be equipped with catalyst slurry. The catalyst slurry of each enterprise is slightly different. Some may be platinum-carbon dispersions, and some may be ruthenium-based catalysts, but no matter which catalyst is used, the performance of the electrode depends [...]

Spray Coating for Fuel Cell and Electrolyser UAC4000L Ultrasonic Fuel Cell Spray Machine is use is spray coating for fuel cell and electrolyser applications. Ultrasonic spray coating is a thin film coating technique based on ultrasonic atomizing nozzle technology that can provide highly homogenous and thin coatings with higher precision than other coating techniques, such as drop casting, spin coating, and screen printing. Conventionally, pressure nuzzles are used [...]

Ultrasonic Spraying Catalytic Layer Ultrasonic coating system is a method to apply a catalytic layer for the MEA in Fuel Cells for medium quantities (1k-10k/a with 50 cm^2 each). About Cheersonic Cheersonic is the leading developer and manufacturer of ultrasonic coating systems for applying precise, thin film coatings to protect, strengthen or smooth surfaces on parts and components for the microelectronics/electronics, alternative energy, medical and industrial markets, including specialized glass applications [...]

Ultrasonic Spray System For PEMFC Coating Ultrasonic Spray System For PEMFC Coating - Cheersonic PEMFC, as the most authoritative new energy power generation device in the low temperature field, it now plays an increasingly important role in the mobile field. How to improve the cost return rate and power generation efficiency of new energy is the core of the development of PEMFC. MEA is as a key component [...]

Ultrasonic Spray Coater for Fuel Cell and Electrolyser Ultrasonic spray coater for fuel cell and electrolyser applications. Using ultrasonic spray coater technology conductive properties are compared to those of films created with hydraulic deposition and paste printing methods, using comprehensive analysis of morphology characteristics, deposition density, and distribution of platinum particles throughout the thickness and surface area of the coating. Results indicate significant increase in uniform distribution of [...]