The Ruthenium Iridium coated Titanium Anodes offered by TJNE are high-quality anodes utilized in various industrial processes. This product is known for its excellent performance and continuity, making it a top choice for professionals in the field.
They are made of a titanium substrate that's carpeted with a subcaste of ruthenium and iridium. This coating enhances the anode's performance and provides several desirable properties.
The anodes work based on a redox reaction that occurs on the surface of the coated titanium substrate. The ruthenium and iridium coating acts as a catalyst, easing the asked chemical responses and perfecting the overall effectiveness of the anode. The chemical parcels of ruthenium and iridium, similar in their erosion resistance and stability, make them ideal for this operation.
The Ruthenium Iridium coated Titanium Anodes consist of a titanium substrate with a uniform and adherent coating of ruthenium and iridium. The coating is applied using advanced techniques to ensure its integrity and durability. The anodes are available in various shapes and sizes to fit different industrial requirements.
|≥ 25,000 cm²/m²
|Oxygen Evolution Potential
|≤ 1.30 V
|Up to 60°C
|Max Current Density
● Excellent corrosion resistance
● High catalytic activity
● Long lifespan
● Good current distribution
● Easy installation and maintenance
The Ruthenium iridium titanium anode finds applications in various industries, including:
The Ruthenium Iridium Titanium( RIT) anode is an advanced electrode material that's gaining fashionability in several artificial processes due to its high stability, erosion resistance, and electrocatalytic exertion. One major operation is in electroplating, where RIT anodes enable effective and high-quality electroplating of essences like bobby, nickel, chromium, and precious essences. The anodes provide smooth and uniform metal deposition as well as long service lifetimes. RIT's corrosion resistance allows it to withstand aggressive electroplating solutions for extended periods. The anodes are also dimensionally stable, enabling the production of high-precision, uniform metal coatings.
Another key use is for electrorefining, such as in copper production. RIT anodes facilitate efficient electrorefining of impure copper into high-purity copper cathode sheets. The electrodes’ stability permits continuous operation in corrosive sulfuric acid electrolytes associated with copper electrorefining. By improving the efficiency and quality of copper electrorefining, RIT anodes enable increased cathode purity and current efficiency.
For electrolytic water treatment, RIT anodes enable robust and reliable performance in electro-oxidation processes for wastewater remediation, disinfection, and organic contaminant destruction. RIT offers an electrocatalytic activity for the oxygen evolution reaction, which generates reactive oxidants from water to oxidize pollutants. The electrodes also withstand harsh acidic conditions commonly used during electrolytic water treatment.
In chlor-alkali production, RIT anodes allow durable and efficient performance for the electrolysis of brine solutions to produce chlorine and sodium hydroxide. The anodes’ electrocatalytic properties coupled with their corrosion resistance in harsh brine electrolytes make them well-suited to withstand aggressive chlor-alkali process conditions for extended periods. This improves lifespan and reduces maintenance costs.
RIT anodes also find use in organic electrosynthesis for the production of certain chemicals and compounds. For example, they can be utilized as high-performance, dimensionally stable anodes for the electrochemical fluorination of organic compounds to produce valuable fluorinated products. The anodes facilitate efficient conversion at the anode while withstanding the reactive fluorine environment.
In summary, Ruthenium Iridium Titanium anodes are a versatile and robust electrode material enabling enhanced performance and lifetime in a wide range of industrial electrochemical processes. Their exceptional stability and electrocatalytic properties confer significant advantages across vital applications like electroplating, electrorefining, water treatment, chlor-alkali production, and organic chemical synthesis. As researchers continue optimizing RIT compositions for specialized applications, this class of dimensionally stable anodes is likely to find expanding industrial utilization due to the myriad benefits they offer. Their combination of erosion stability results in challenges faced in artificial electrochemistry.
1. Q: How long does the coating last?
A: The expected lifespan of the coating is 5 to 8 years, depending on operating conditions.
2. Q: Can the anodes be customized?
A: Yes, we offer customization services to meet specific requirements.
3. Q: What certifications do your anodes have?
A: Our anodes are certified and comply with industry standards for quality and performance.
In conclusion, TJNE is a professional manufacturer and supplier of Ruthenium Iridium coated Titanium Anodes. Our anodes are known for their excellent performance and durability. We offer comprehensive after-sales services, complete certification and testing reports, fast delivery, and secure packaging. If you are considering, feel free to contact us at firstname.lastname@example.org