Description
Ru-Ir MMO Titanium Anode for Stable Brine Electrolysis Applications
The Titanium Anode for Salt Brine System is a dimensionally stable electrode with a titanium substrate and ruthenium-iridium mixed metal oxide (Ru-Ir MMO) coating. It is designed for sodium chloride brine electrolysis in chlorine generation, sodium hypochlorite production and industrial disinfection systems. Plate, mesh, tube and rod configurations can be selected to match the electrolyzer design.
Salt brine systems are widely used in chlorine generation, sodium hypochlorite production, seawater electrolysis, industrial disinfection, and electrochlorination systems. The titanium anode plays a key role in converting chloride ions into active chlorine efficiently and continuously.
Compared with traditional graphite or lead-based electrodes, MMO titanium anodes offer longer service life, lower energy consumption, and significantly higher operational stability.
Product Image
What Is a Salt Brine System?
A salt brine system is an electrochemical setup that uses sodium chloride (NaCl) solution as the electrolyte to produce chlorine-based disinfectants through electrolysis.
During operation:
- Chloride ions are oxidized at the anode
- Chlorine gas or hypochlorite is generated
- Hydrogen is produced at the cathode
The system is widely used for on-site chlorine generation and water disinfection.
Advantages of Titanium Anode for Salt Brine System
High Chlorine Production Efficiency
Ru-Ir MMO coating ensures efficient chlorine evolution reaction (CER).
Benefits:
- Stable chlorine output
- High current efficiency
- Low operating voltage
- Reduced energy consumption
Excellent Corrosion Resistance
Titanium substrate provides strong resistance to chloride attack.
Combined with MMO coating:
- Stable in high salinity brine
- Resistant to oxidation and acid conditions
- Long-term durability ensured
Stable On-Site Chlorine Generation
Salt brine systems allow continuous chlorine production:
- No chemical storage required
- Safer operation
- Lower logistics cost
- Real-time disinfection
Service Life and Operating Conditions
Service life depends on coating loading, current density, brine composition, temperature and maintenance. Share your operating conditions so the coating and electrode design can be specified for your system; a fixed service life should be confirmed against the agreed duty conditions.
Dimensionally Stable Performance (DSA Technology)
The electrode maintains its structure during operation:
- Stable electrode spacing
- Consistent performance
- Reliable chlorine output
Lower Operating Cost
Ru-Ir coating reduces overpotential:
- Lower electricity consumption
- Improved system efficiency
- Reduced maintenance cost
Technical Specifications
This Titanium Anode for Salt Brine System is designed for high-efficiency chlorine generation.
| Item | Specification |
|---|---|
| Product Name | Titanium Anode for Salt Brine System |
| Substrate Material | Titanium Grade 1 / Grade 2 |
| Coating Type | Ru-Ir MMO Coating |
| Shape | Plate / Mesh / Tube / Rod |
| Titanium Thickness | 0.5ā5 mm |
| Current Density | 500ā8000 A/mĀ² |
| Working Temperature | ā¤85Ā°C |
| Electrolyte | Sodium Chloride Brine |
| pH Range | 1ā12 |
| Coating Loading | Customized |
| Service Life | Customized |
| Application | Brine Electrolysis / Chlorine Generation |
Product Structure Diagram
Applications of Titanium Anode for Salt Brine System
Sodium Hypochlorite Generation Systems
Used for on-site disinfectant production:
- Drinking water plants
- Wastewater treatment
- Industrial sanitation systems
Seawater Electrolysis Systems
Used in marine and offshore environments:
- Offshore platforms
- Desalination plants
- Marine cooling systems
Industrial Chlorination Systems
Continuous chlorine generation for industrial processes:
- Chemical plants
- Food processing
- Cooling tower disinfection
Ballast Water Treatment Systems
Ensures safe marine discharge compliance through electrochlorination.
Cooling Water Treatment Systems
Controls biological growth in industrial cooling systems.
Why Ru-Ir MMO Coating Is Used
Ru-Ir MMO coating is widely used in brine systems because it offers:
- Excellent catalytic activity for chlorine evolution
- Low overpotential
- Strong adhesion to titanium
- High corrosion resistance
- Long industrial service life
Manufacturing Process
At Shaanxi Top Metal Co., Ltd., production follows strict quality control:
- Titanium substrate preparation
- Surface sandblasting
- Acid activation
- Ru-Ir coating application
- Thermal decomposition sintering
- Multiple coating cycles
- Final inspection
Application Scenario Diagram
Custom Manufacturing Service
We support customized titanium anodes for salt brine systems:
- Custom dimensions
- Plate / mesh / tubular design
- High current design
- Welding / flange connections
- OEM production
Selecting an Anode for Your Brine System
For a quotation, provide the electrode dimensions or drawing, brine concentration, operating temperature and pH, current density, connection details and required quantity. These details help match the electrode geometry and coating to your application.
Compare our titanium anode for brine chlorination and salt chlorinator anode, or browse water treatment titanium anodes for related applications.
Contact Us
Request a quotation for a titanium anode matched to your salt brine electrolysis system.
Shaanxi Top Metal Co., Ltd
Address: Gaoya Industrial Park, Baoji, Shaanxi, China
TelĀ :+86 15291748279
WhatsApp:+86 15291748279Ā Ā Click here to message us on WhatsApp
Fax: +86-917-3809358
Email:Ā sales5@sxtopmetal.com
Website:Ā Ā www.sxtopmetals.com
We look forward to hearing from you!
Send your drawing or technical requirements, and we will provide a solution within 24 hours.
Reviews
There are no reviews yet.