Ultrasonic Spraying of Ti-Ir-Ta Coated Anodes for Al Foil Formation Ultrasonic Spraying of Ti-Ir-Ta Coated Anodes for Al Foil Formation - Cheersonic In the manufacturing process of modern aluminum electrolytic capacitors, the chemical treatment of aluminum foil is a key step in determining product performance. The chemical treatment aims to form a dense and uniform oxide film on the surface of aluminum foil through electrochemical methods, thereby [...]

Ultrasonic Spraying Preparation and Application of Ir/Ru-Ti Anodes Ultrasonic Spraying Preparation and Application of Ir/Ru-Ti Anodes - Cheersonic In the field of electrochemical industry, the performance of anode materials directly determines the electrolysis efficiency, energy consumption level, and equipment service life. In recent years, with the continuous advancement of coating preparation technology, ultrasonic spraying method has gradually become an important process route for the production of high-performance [...]

Ultrasonic Spraying for Ti-Based Ir/Ru Metal Oxide Anodes Ultrasonic Spraying for Ti-Based Ir/Ru Metal Oxide Anodes - Cheersonic In the field of electrochemical industry, titanium based metal oxide anodes have become core materials in chlor alkali industry, water treatment, cathodic protection and other fields due to their excellent electrocatalytic activity and dimensional stability. Among them, iridium and ruthenium oxide coated anodes have attracted much attention due to [...]

Application and Value of Ultrasonic Spraying in Electrolytic Cells Ultrasonic spraying technology, as a precision coating process, has played a key role in the field of electrolytic cell manufacturing due to its unique atomization principle and performance advantages, especially providing effective solutions for the large-scale and high-quality production of electrolytic cells such as proton exchange membranes (PEM) and anion exchange membranes (AEM). The core principles and characteristics of [...]

Ultrasonic Spraying in Ruthenium-Titanium Anode Preparation Application of Cheersonic Ultrasonic Spraying in Ruthenium-Titanium Anode Preparation for Chlor-Alkali Industry The chlor-alkali industry is an essential fundamental sector of the national economy. Its core process, brine electrolysis, imposes extremely high requirements on the performance of electrode materials. Titanium anodes are widely adopted in this field due to their excellent corrosion resistance and electrical conductivity. Coating the surface of titanium substrates [...]

Ultrasonic Spraying for Iridium Layer on Ti-Based PTL Ultrasonic Spraying of Ultra-Low-Load Iridium Layers on Titanium-Based PTL to Construct Multifunctional Interfaces for Enhanced PEMWE Performance Proton Exchange Membrane Water Electrolysis (PEMWE) has emerged as the core technology for large-scale green hydrogen production, benefiting from high hydrogen purity, fast response speed, and adaptability to fluctuations in renewable energy power generation. However, its anodic Oxygen Evolution Reaction (OER) suffers [...]

Ultrasonic Spray Coating for Film Forming Ultrasonic spray coating is a highly advanced and precise coating technology that has revolutionized thin film production across multiple industries, particularly in next-generation electronics and energy applications. Key Advantages for Thin Film Production This unique mechanism offers significant advantages over traditional coating methods such as spin coating, slot coating, or conventional spraying. Advantages Extremely high uniformity: Produces films with consistent thickness, density, [...]

Ultrasonic Spray of Catalyst Ultrasonic Spray of Catalyst - Catalyst Deposition Machine - Cheersonic The following passage outlines the technique and benefits of applying a carbon-supported platinum ink onto catalyst-coated membranes during the production of platinum-based fuel cells, achieving performance levels that double conventional industry benchmarks. This approach utilizes a proprietary acoustic atomization process to deposit the ink. The resulting conductive coatings are systematically compared with those [...]

Ultrasonic Spraying of CNT-Modified Materials on Carbon Cloth In the research and development of advanced materials and functional devices, carbon cloth, with its excellent flexibility, high conductivity, outstanding mechanical strength, and stable chemical inertness, has become one of the most favored substrates, widely used in energy storage, flexible electronics, and sensors. However, the surface chemical properties and specific surface area of ​​virgin carbon cloth sometimes fail to meet [...]