Ultrasonic Coating For Fuel Cell Industry Ultrasonic Coating For Fuel Cell Industry. Unique coating system designed for production-level processes UAM6000 Ultrasonic Coating Machine is a production-level system for coating in PEM (Proton Exchange Membrane) electrolyzers, which are used to produce hydrogen for fuel cell systems. The machine was delivered to the company's new customer in China in October. The UAM4000L ultrasonic coating machine is also a system designed [...]

Alternative Energy Coating System Alternative Energy Coating System – Ultrasonic Nozzle Price – Cheersonic The effective use rate of platinum in the fuel cell catalyst coating is more than 90%. Research and development are carried out through a large-volume fully automatic system with a substrate turning station, and online PEM manufacturing can be carried out. Cheersonic designs and manufactures coating systems for fuel cells, solar cells, batteries and [...]

Photoresist Coating Cheersonic's ultrasonic coating technology is used in applications that require material consumption, uniformity, repeatability and control. Our ultrasound technology is well known in the semiconductor industry and is used for precision photoresist coatings. Cheersonic's UAM4000L photoresist coater is the ideal equipment to provide uniform photoresist coverage for deep hole topography such as MEMs and other challenging applications with insufficient spin coating. By forming very small, controllable [...]

For Fuel Cell Manufacturer For Fuel Cell Manufacturer - Spray Coating System - Cheersonic Ultrasonic coating system for R&D and small batch production. The ultrasonic coating system for R&D and small batch production has many advantages, including: high transfer efficiency of catalyst ink, up to 90-95%; non-clogging, self-cleaning ultrasonic nozzle; high precision and repeatable deposition density; and The ability to improve catalyst utilization. UAM4000L is an ideal choice [...]

Ultrasonic Atomization Equipment Cheersonic is a professional manufacturer of ultrasonic coating system development and production. Cheersonic's UAM6000 ultrasonic atomization equipment can deposit nano-suspensions (such as active layer chemicals, TCO and PEDOT coatings) onto thin-film solar cells, and The catalyst is deposited on the fuel cell manufacturing components. Ultrasonic coating technology for thin-film solar manufacturing is an economical alternative to CVD/sputtering. The advantages of ultrasonic coating technology in thin-film [...]

Thin Film Anti-reflective Coatings Thin Film Anti-reflective Coatings - Ultrasonic Spray Nozzle - Cheersonic The UAM8000 system is designed to apply a uniform thin-film anti-reflective coating on a large area of ​​solar glass (up to 122 cm). Cheersonic's ultrasonic coating technology can prepare an ideal anti-reflection layer, which can greatly increase the light that can be used for conversion and increase the transmittance at the incident angle of [...]

Spray Coated Membrane Electrode Spray Coated Membrane Electrode - Ultrasonic Spray Coating System Membrane electrode assembly (MEA) is the core component of proton exchange membrane fuel cell (PEMFC), which is mainly composed of three parts: proton exchange membrane (PEM), electrocatalytic layer and electrode diffusion layer. The preparation and optimization of membrane electrode assembly is the key technology of PEMFC. Its structure and preparation process not only directly determine [...]

Bipolar Plate Of Fuel Cell Stack Proton exchange membrane fuel cell (PEMFC) is a power generation device that directly and continuously converts chemical energy in fuel and oxidant into electrical energy. Proton exchange membrane fuel cells have many advantages such as high energy conversion efficiency, low pollution, simple structure, and low power generation efficiency affected by load changes. Therefore, they have broad application prospects in the future on-board [...]

Denitrification of wastewater from microbial fuel cell coupling system The rapid development of industrialization and urbanization has brought extensive attention to wastewater treatment in the microbial fuel cell coupling system. Especially in some industrial production areas, excessive nitrogen will increase the pressure of self-cleaning in the environment, leading to serious eutrophication of rivers, lakes and other water bodies, degrading ecosystem services, or even completely losing them. Therefore, controlling [...]