High-Efficiency Titanium Anode for Cathodic Protection in Marine Environments

Product Description

Product Description

Titanium anodes in water treatment applications:
(1) Electrolytic Preparation of Sodium Hypochlorite Using Titanium Anode
By applying the cutting-edge process of electrolyzing seawater or brine, the sodium chloride present within these solutions is transformed into sodium hypochlorite. This compound then hydrolyzes, creating hypochlorous acid-an agent renowned for its potent oxidizing capabilities. This powerful acid works by denaturing the proteins and other vital components of bacterial cells and viruses, effectively neutralizing harmful pathogens. As a result, it plays a crucial role in preventing biological contamination, ensuring sterilization, and facilitating disinfection.
1. Application Areas
Our titanium anodes are pivotal in multiple domains, from preventing pollution in power plant cooling water systems to treating ballast water in large maritime vessels. They are also instrumental in small-scale sodium hypochlorite generators and the efficient treatment of domestic sewage, showcasing their versatile capabilities.

Titanium anodes are essential in the realm of electrochemical synthesis, specifically in the production of succinic acid. By functioning as the oxygen evolution anode, they significantly boost production efficiency and product quality while cutting down on energy use and operational costs. Here's a closer look:
• Elevating electrochemical synthesis efficiency [__LINK_ICON]: Titanium-based IrO + SnOtype coating electrodes offer a distinct advantage with their lower oxygen evolution potential. Within the electrochemical synthesis system for succinic acid, these electrodes achieve a reduction in cell voltage by 0.5V - 0.7V, resulting in over 10% savings on direct current consumption. Impressively, they facilitate a current efficiency for succinic acid that exceeds 95%, underlining their superior performance.
• Prolonging electrode service life [__LINK_ICON]: Typically, the synthesis of succinic acid involves 3%-10% HSO as the conductive medium. In such environments, traditional lead anodes suffer from corrosion and dissolution, leading to a service life of merely 3-6 months. In stark contrast, titanium-based IrO + TaO and similar titanium anodes offer exceptional corrosion resistance, significantly extending their service life. This durability translates to fewer replacements and reduced maintenance costs, offering substantial operational benefits.

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FAQ

Q1. How do you guarantee the quality of your products?
A1. All products will go through a rigorous testing process, and we can provide you with a quality test report if you need it.

Q2. Can I get a sample before placing an order?
A2. Of course! If it is a normal size and we have stock in our warehouse, we will provide samples for free.

Q3. Is the alloy corrosion-resistant?
A3. Yes. Their corrosion resistance makes the industry use them in extreme environments such as aerospace and chemical industries.

Q4. What is the minimum tolerance you can do?
A4. Customized according to international specifications or customer requirements.
Usually, the tolerance of machined parts is ±0.002mm

Q5. Are you a manufacturing supplier?
A5. Yes, we are a manufacturer.