Catalyst Ink Coating Catalyst Ink Coating - Spray Coating Membranes - Cheersonic In the highly specialized field of membrane coating technology, the ultrasonic spray system stands out as a remarkable innovation, particularly when it comes to applying catalyst ink. This system enables the creation of coatings with exceptional precision and quality. Cheersonic has truly distinguished itself in this arena. Its catalyst coating systems are engineered to meet the [...]

Current Dry Electrode Process Categories Current Dry Electrode Process Categories - Catalyst Coating Equipment - Cheersonic Powder tableting method. As a powder molding method, powder tableting has been gradually applied to the energy storage field with the development of technology, especially the electrolyte and electrode of all-solid-state batteries. The rigid mold and unidirectional pressing used for powder tableting have the disadvantages of uneven stress and density distribution, resulting [...]

Ultrasonic Carbon Felt Coating Systems Ultrasonic Carbon Felt Coating Systems - Ultrasonic Spray Nozzle - Cheersonic As a high-performance material, carbon felt is widely used in aerospace, automobile, electronics, new energy and other fields. In order to improve the performance of carbon felt, it is usually necessary to apply coating treatment to it. Ultrasonic spraying technology, as an efficient and precise coating method, has gradually emerged in the [...]

Spray Coating Membranes for Dehydrogenation Reactor In the intersection of advanced manufacturing and chemical engineering, an innovative ultrasonic spray system integrated with a 3D printer has emerged as a game-changer. This sophisticated setup is specifically designed for precisely coating membranes using catalyst ink. When it comes to its application, it plays a vital role in spray coating membranes destined for dehydrogenation reactor. These reactors are integral in various [...]

Full-cell Li-ion Battery Electrodes The materials themselves are the most fundamental design factors that determine the electrochemical potential window, reaction chemistry (including reaction kinetics and mechanism), and cell type (e.g., aqueous, non-aqueous, polymer, or solid-state). They also affect the cyclability, thermal stability, and overall performance of full-cell Li-ion batteries. Therefore, most research is directed toward developing novel material structures for the main components of full-cell LiBs. Since the [...]

Knowledge of AEM Water Electrolysis for Hydrogen Production Knowledge of AEM Water Electrolysis for Hydrogen Production - Electrolyzer Coatings - Cheersonic Solid polymer anion exchange membrane water electrolysis (Anion Exchange Membrance), referred to as AEM, is one of the most cutting-edge water electrolysis technologies. Currently, only a few companies are trying to turn it into commercial operation, and there are very few related applications and demonstration projects. When [...]

Lithium-ion Battery Electrode Preparation Technology The rapid development of electric vehicles and new energy fields has put forward higher requirements on the energy density, life, safety and cost of batteries. It is urgent to develop lithium-ion batteries with high specific energy, long life, high safety and low cost. The two strategies commonly used to improve battery energy density (reduce cost) are: Develop new electrode materials with higher specific [...]

Ultrasonic Spray Deposition for Organic Solar Cells Ultrasonic spray deposition for the production of organic solar cells represents a groundbreaking advancement in the field of renewable energy. This innovative manufacturing technique, which utilizes roll-to-roll Ultrasonic spray processes, holds the promise of delivering an ultra-low cost solution for solar energy conversion. By leveraging the unique advantages of ultrasonic spray deposition, this technology could revolutionize the way we harness and [...]

AEM Electrolysis of Water for Hydrogen Production AEM Electrolysis of Water for Hydrogen Production - Electrolyzer Coating - Cheersonic AEM electrolyzers are a relatively new technology that aims to combine the advantages of AE and PEM electrolyzers (but they are essentially still AE principles, just with different OH-transfer methods). AEM electrolyzers use solid polymer electrolytes to conduct hydroxide ions from cathode to anode and can operate on lower [...]

Advantages of Dry Electrodes Advantages of Dry Electrodes - High Volume Electrolyzer Coatings - Cheersonic The dry electrode process reduces overall capital and operating expenses. In addition, the dry electrode process has a higher production yield, which also reduces costs and energy consumption. The residual solvent in the electrode will also react with the electrolyte to reduce the electrode performance, such as reduced capacity, gas generation and shortened [...]