Since 1975
Nearly 50 years manufacturing experiences
Nearly 50 years manufacturing experiences
1. Grating:
– Dimension : 1.2 × 911 × 278mm (D × L × W), 0.212㎡(Activation Area)
2. Plate Type :
– Dimension : 1.2 × 911 × 278mm (D × L × W), 0.212㎡(Activation Area)
Application: It is generally used for the sterilization and algae removal of cooling circulating water in power plants.
Ruthenium-iridium coated titanium anodes are electrodes that have a thin layer of ruthenium and iridium oxide applied onto the surface of the titanium substrate. This coating enhances the electrochemical properties of the titanium anode, improving its performance and durability in various electrochemical applications, including electrolysis, and electrochemical water treatment. Ruthenium and iridium are both noble metals, known for their excellent chemical stability and high resistance to corrosion, making them ideal coating materials for titanium anodes used in harsh environments.
Various types of titanium anode for power plants are typically in circulating water treatment in many countries, such as Korea, Japan, China Taiwan. These titanium electrodes for circulating water treatment construct an electro-chlorination system. If you have some requests, we are sure to supply the best quotations for Plate and Grating types as below
1. Grating:
– Dimension : 1.2 × 911 × 278mm (D × L × W), 0.212㎡(Activation Area)
2. Plate Type :
– Dimension : 1.2 × 911 × 278mm (D × L × W), 0.212㎡(Activation Area)
3. Coating: Ru 10~20%, Ir 45~80%, Pt 10~30%, plating thickness 4 micron or more.
4.Application: It is generally used for the sterilization and algae removal of cooling circulating water in power plants.
| Composition (Max) | H | O | N | Fe | Ti |
| Wt(%) | 0.013 | 0.20 | 0.03 | 0.25 | Balance |
Mechanical property
| Item | Tensile strength(N/mm2) | Yield(N/mm2) | Elongation(%) | Bend |
| Bending angle | ||||
| Standard Value | 340∼510 | >215 | >23% | 180° |
Titanium anode for circulating water treatment is commonly used in thermal power plants. For the cooling circulating water treatment of thermal power plants, the use of chlorine gas treatment is limited on-site and transportation. We are now installing a sodium hypochlorite electrolysis device on-site, and the directly prepared (diluted brine) sodium hypochlorite solution has a significant effect on anticorrosion, scale inhibition, sterilization, and algae killing in the cooling cycle.
Coastal thermal power plants can directly use seawater for electrolysis, but note that the discharge water must not contain dissolved chlorine, The impurities in the water will cause deposition on the electrode surface and affect the life of the anode. The cooling system mainly uses seawater for cooling, and marine organisms adhere to the seawater cooling system, which reduces the supply of seawater, reduces the cooling efficiency, and causes biological corrosion. Electrolytic seawater defense technology uses electrolyzed seawater to produce toxic and effective chlorine, stuns or kills larvae and spores of marine organisms, and achieves the purpose of preventing marine organisms from attaching and growing.
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