Preparation method and characteristics of lead dioxide titanium anode

Preparation method and characteristics of lead dioxide titanium anode

   UTron Technology has developed and manufactured lead dioxide titanium anode after years of research and technical accumulation. The titanium base is etched by acid, and then a gradient oxide substrate layer is plated by thermal decomposition method. After that, an alpha-PbO2 intermediate layer is electroplated with an alkaline solution, and then a fluorine-containing beta-PbO2 surface layer doped with an active metal and a highly adsorptive particle is electroplated with an acidic composite plating solution. After improve

Customers visited our factory to inspect the lead dioxide ti anode(Ti/PbO2 electrode) production line

Customers visited our factory to inspect the lead dioxide ti anode(Ti/PbO2 electrode) production line

   As our company continues to introduce new titanium anode products and technologies, the business is growing, especially in recent years, attracting more and more global customers to visit our factory and technical exchanges.    At the beginning of May 2023, the customers from Brazil had a feil trip and technical communication with our company on the titanium plated lead dioxide anode(Ti/PbO2 electrode) for electrodeposition, investigated our titanium anode production line and the quality management system and

What is Electrochemical Oxidation for Defouling?

What is Electrochemical Oxidation for Defouling?

What is Electrochemical Oxidation for Defouling? Electrochemical oxidation defouling includes the production of chemicals (oxidants) at the electrode surface, such as hydrogen peroxide at the cathode, which is an effective biocide and reactive oxygen species at the anode (O2, O2-, O3, OH radicals). Defouling of inorganic scaling can be achieved when the potential is applied without pressure to increase cross flow velocity and shear removal efficiency of scaling. The majority of electrochemical defouling methods using intermediates

Why Electro Chlorination is the Preferred Method for Power Plant Biofouling Control?

Why Electro Chlorination is the Preferred Method for Power Plant Biofouling Control?

Why Electro Chlorination is the Preferred Method for Power Plant Biofouling Control? Many power plants are built near coastal areas since they can use seawater as a coolant. However, these plants frequently encounter the problem of biofouling or biofilm formation in their inlet pipes and cooling systems. Biofouling is defined as the attachment of micro-/macroorganisms to the inner surface of pipes and the subsequent growth of the organisms. It is caused by a variety of organisms ranging from microorganisms (bacteria, algae) to macr


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