AEM Water Electrolysis Technology and Ultrasonic Coating AEM Water Electrolysis Technology and Ultrasonic Coating - Cheersonic In the global wave of clean energy transition, hydrogen energy has become a core component of the future energy system due to its zero carbon emissions and high energy density. As a key path for green hydrogen production, electrolysis of water for hydrogen production has always focused on the three major goals [...]

Programmable Desktop High-precision MEA Spraying Machine The Programmable Desktop High-precision MEA Spraying Machine is an experimental grade equipment dedicated to precision coating of catalyst slurry, which can achieve precise positioning and uniform spraying of catalyst coatings. It is widely used for sample production of various configurations such as CCM (catalyst coating film) and GDE (gas diffusion electrode) in the preparation process of catalytic layers. The system integrates an [...]

Coating Filter Membrane With Anticoagulant Coating Ultrasonic Coating Blood Purification Filter Membrane Anticoagulant Coating - Cheersonic Improving the biocompatibility of membrane materials is one of the core challenges in the field of blood purification therapy. Among them, constructing a stable and uniform bioactive coating on the membrane surface, especially endowing it with efficient anticoagulant properties, is a key technical path to prolong treatment time and improve patient safety. [...]

Production of Electrode Materials for Secondary Batteries In order to solve the problem of using ultrasonic spray pyrolysis to produce secondary battery electrode materials (such as lithium ion battery anode/cathode), the furnace temperature is required to be~1000 ° C, and the powder output. The following system design and considerations are crucial: Core equipment configuration 1. Ultrasonic atomization module Technology: High frequency ultrasonic transducers (such as 1.7-2.4 MHz) generate [...]

Coating PEM Membrane The process task of uniformly coating specific precious metal catalytic materials on the surface of proton exchange membrane (PEM) requires the use of ultrasonic coating equipment. This process involves using chloroiridic acid n-butanol solution as the coating liquid, coating it onto a specific size of titanium plate substrate, and meeting multiple strict experimental and technical indicators. The following are specific experimental requirements and corresponding process [...]

Application of Catalysts in Membrane Electrode Reactors Catalysts play a crucial role in membrane electrode systems, primarily in the following areas: Promoting Electrochemical Reactions: Anode Reaction: At the anode of a fuel cell, hydrogen needs to be oxidized to hydrogen ions, releasing electrons. Catalysts can lower the activation energy of the hydrogen oxidation reaction, enabling the reaction to proceed rapidly under lower energy conditions. For example, platinum (Pt) [...]

Spray Pyrolysis Perovskite Photovoltaic Materials The application of spray pyrolysis perovskite in the preparation of photovoltaic materials is gaining increasing attention, primarily due to the excellent optoelectronic properties and low cost of perovskite materials. The following is a detailed analysis of the application of spray pyrolysis perovskite in the preparation of photovoltaic materials: Advantages of Spray Pyrolysis Technology Spray pyrolysis is a process in which a solution is [...]

Spray-coated Alkaline Membrane Electrode Ultrasonic spraying technology is a key advanced process for preparing high-performance alkaline membrane electrodes (AEMWE). Unlike traditional coating methods, this technology utilizes high-frequency sound waves to atomize catalyst slurry into micrometer sized, uniform, and fine droplets, which are precisely sprayed onto the surface of the anion/cation exchange membrane. The core advantage of this process lies in its excellent uniformity and efficient material utilization. It [...]

Fuel Cell Catalyst Coating System Ultrasonic Fuel Cell Catalyst Coating System technology is an advanced process for preparing fuel cell catalyst layers, which has become a hot research and application topic due to its excellent uniformity and efficient material utilization. This technology utilizes high-frequency acoustic energy to atomize catalyst slurry (usually containing precious metal catalysts, ionomers, and solvents) into micrometer sized uniform droplets, and precisely spray them onto [...]

Ultrasonic Spraying for PEM Electrolyzers Coating Ultrasonic Spraying for PEM Electrolyzers Coating - Cheersonic Ultrasonic spraying technology is a key advanced process for preparing the core component of proton exchange membrane electrolysis for hydrogen production - PEM electrolysis cell membrane electrode. PEM electrolysis cells require highly active precious metal catalysts (such as iridium and platinum) to withstand strong acidic environments, therefore achieving efficient and uniform utilization of catalysts [...]