Preparation of Titanium Based Lead Dioxide Anode Preparation of titanium based lead dioxide anode by Cheersonic ultrasonic spraying and its application in wet metallurgy In the wet metallurgy process of non-ferrous metals, the performance of anode materials directly affects current efficiency, product quality, and production costs. Although traditional lead alloy anodes have lower costs, they suffer from problems such as high oxygen evolution overpotential, poor mechanical strength, [...]

Ultrasonic Spraying of Ir-Based Composite Coatings for Ti Anodes Cheersonic Ultrasonic Spraying of Ir-Based Composite Coatings for Ti Anodes: precise preparation and analysis of new energy value Iridium based multicomponent composite coating titanium anode, as the core functional material in the field of electrolysis, uses titanium as the substrate and iridium based multicomponent oxide as the coating, which combines high catalytic activity and strong corrosion resistance. It [...]

Ultrasonic Sprayed Ti-Based Ir-Ru Coated Anodes Cheersonic Ultrasonic Sprayed Ti-Based Ir-Ru Coated Anodes: a precision innovation in the electrochemical industry In the modern electrochemical industry system, titanium based precious metal oxide anodes are the core key materials, and their performance directly determines the efficiency and cost of processes such as electrolysis, electroplating, and wastewater treatment. In recent years, the application of ultrasonic spraying technology has brought revolutionary breakthroughs [...]

Ultrasonic Spraying Titanium based Lead Dioxide Anode Application of Cheersonic Ultrasonic Spraying Titanium based Lead Dioxide Anode in Organic Wastewater Treatment With the acceleration of industrialization and increasingly stringent environmental standards, the treatment of wastewater containing organic pollutants has become a core challenge in water environment management. Traditional biochemical and physicochemical methods often face bottlenecks such as low efficiency, long cycle time, and susceptibility to secondary pollution [...]