In electroplating, titanium anodes coated with precious metal oxides, such as iridium, play a crucial role as positive electrodes. These anodes exhibit high electrochemical catalytic performance, forming an essential part of the current transmission circuit. They are extensively used in various non-ferrous metal electroplating applications like nickel, gold, chromium, zinc, and copper plating. The iridium-coated titanium anodes contribute to efficient electroplating processes, ensuring uniform coatings and improved corrosion resistance. These anodes are a key component in the electroplating industry, enhancing the quality and durability of plated products.
These anodes find application in water treatment processes, especially in electrolytic systems for generating oxidants like chlorine. They help in disinfection and pollutant removal through electrochemical reactions, contributing to cleaner water.
Iridium coated titanium anodes are used in various electrochemical synthesis processes, such as electrochemical oxidation and reduction reactions. These reactions are often crucial for the production of chemicals and compounds in different industries.
These anodes are employed in various electrolytic processes within the chemical industry, including the synthesis of chemicals and compounds, electroplating, and more.
Iridium coated titanium anodes can be employed in electrowinning processes for the extraction of metals from solutions. Their stability and efficiency make them suitable for recovering valuable metals from solutions.