Ultrasonic Spraying For MEA Preparation Ultrasonic Spraying For MEA Preparation - Cheersonic MEA is the core component of fuel cell and the main site of electrochemical reaction. Ultrasonic spraying can accurately control the Nafion content in the membrane electrode catalytic layer, reduce the thickness of the catalytic layer, and optimize the composition and structure of the MEA anode diffusion layer, and it allows large areas to be coated [...]
Ultrasonic Fuel Cell Catalyst Coating Systems Video Ultrasonic Fuel Cell Catalyst Coating Systems Video - Ultrasonic Nozzle - Cheersonic This video shows us the process of spraying a coating on a small-sized Nafion film by a desktop ultrasonic spraying equipment. Products Stent Coater Balloon Catheter Coater Small Coater Benchtop Coater High Temperature Coater Medium Spray Coater Inline Coater Dispersion Syringe Pump Ultrasonic Nozzle Ultrasonic Generators About Cheersonic Cheersonic is [...]
Fuel Cells Enable Green Ships Ship pollutant emission standards have become stricter, and fuel cells have become the first choice for green ships. With the improvement of ship environmental protection requirements, the power system adopts clean energy. As a power system with high energy efficiency, zero pollution and low vibration noise, fuel cell system is the first choice for the development of ship power plants in the future. [...]
Coating Gas Diffusion Layer Coating Gas Diffusion Layer - Ultrasonic Atomizer Nozzles - Cheersonic The gas diffusion layer plays an important role in supporting the catalytic layer, collecting current, conducting gas and discharging reaction product water in the fuel cell. The gas diffusion layer materials commonly used in proton exchange membrane fuel cell electrodes are carbon fiber paper, carbon fiber woven fabric, non-woven fabric, and carbon black paper. [...]
Anti-reflection Coatings Anti-reflection Coatings - Ultrasonic Atomizer Nozzle - Cheersonic The UAM6000 system is designed to make a uniform sprayed thin-film anti-reflective coating on a large area of solar glass. The company's ultrasonic coating technology can prepare an ideal anti-reflection layer, which can maximize the conversion of light and increase the transmittance at the incident angle of the sun. In addition, its ultrasonic nozzle can overcome rebound limitation [...]
Hydrogen Fuel Cell Commercial Vehicle Problems Hydrogen Fuel Cell Commercial Vehicle Problems. What keeps the cost of hydrogen fuel cell commercial vehicles high? Seek ideas to solve difficult problems At present, many countries in the world have regarded hydrogen fuel cell technology as an important part of future energy strategy deployment. Solving the cost problem has become an important foundation for promoting the development of hydrogen fuel cell [...]
New Energy Heavy Truck Development In recent years, new energy heavy truck development, in the field of heavy trucks with higher requirements for new energy power systems, hybrid, pure electric and fuel cell technologies have continued to develop, new application scenarios have been continuously developed, and demand has continued to grow. New energy heavy trucks have already shown development potential. 1 Technical status of hybrid heavy trucks So [...]
Hydrogen Truck vs Pure Electric Truck In the field of trucks, there are currently two models that are developing rapidly, trying to compete with fuel trucks. They are pure electric trucks and hydrogen fuel cell trucks. The main power of both is supplied by batteries. Pure electric trucks mainly use lithium-ion batteries, while hydrogen fuel cell trucks use hydrogen as fuel. Both have their own unique advantages compared [...]
Ordered Membrane Electrode Ordered Membrane Electrode - Ultrasonic Spraying Membrane Electrode - Cheersonic The catalytic layer of GDE type MEA and CCM type MEA is mixed with a catalyst and an electrolyte solution to form a catalyst slurry and then coated. The material transmission channels of the prepared MEA such as protons, electrons, gas and water are in a disordered state, resulting in material transmission The efficiency is [...]
Ultrasonic Spray Pyrolysis for Depositing TCO Ultrasonic spray pyrolysis equipment for depositing TCO chemistries. Uniform thin film Indium Tin Oxide (ITO), Aluminum Doped Zinc Oxide (AZO), Zinc Oxide (ZnO), and Fluorine Doped Oxide layers are often created using an ultrasonic spray pyrolysis technique. This unique process demands specialized coating equipment to create necessary coating thickness and morphology, spraying corrosive solutions in a high temperature environment. In a high [...]
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