Titanium anode for electrolysis of seawater
Coating Material:Mixed metal oxides (MMO) or platinum
Operating Temperature:0°C to 80°C
Maximum Current Density:2000 A/m²
Coating Thickness:5-10 microns
Service Life:5-20 years (application-dependent)
Dimensions:Customizable based on requirements
Electrolyte Compatibility:Seawater, brine, and chlor-alkali solutions
Titanium Anode for Electrolysis of Seawater
When your marine operations demand reliable, long-lasting electrochemical solutions, Titanium anode for electrolysis of seawater from Baoji City ShenAo Metal Materials Co., Ltd. delivers proven performance. Built on 17 years of manufacturing excellence, our anodes feature Grade 1/Grade 2 titanium substrates with precision-applied mixed metal oxide coatings. You'll benefit from current densities up to 2000 A/m², coating thickness between 5-10 microns, and exceptional service life spanning 5-20 years depending on your application. Operating reliably from 0°C to 80°C, these dimensionally stable anodes ensure consistent electro-chlorination in ballast water treatment systems, marine growth prevention, and coastal desalination facilities.
Why Choose Our Seawater Electrolysis Anodes?
Superior Corrosion Resistance
Your seawater applications uncover anodes to unforgiving, saline situations every day. Our titanium substrate gives unmatched resistance to chloride-induced erosion. The MMO or platinum coating keeps up basic keenness indeed beneath ceaseless introduction to changing saltiness levels. You won't confront the dimensional insecurity issues common with conventional graphite or lead combination anodes.
Extended Operational Life
Frequent anode substitution disturbs your operations and increments costs. Our anodes provide 5-20 a long time of persistent benefit depending on working conditions. The catalytic coating thickness of 5-10 microns guarantees supported electrocatalytic movement all through the electrode's life expectancy. This life span deciphers straightforwardly into decreased support costs and negligible downtime for your facility.
Energy-Efficient Performance
High vitality utilization impacts your operational budget altogether. Our item works effectively at current densities coming to 2000 A/m², diminishing cell voltage prerequisites. The optimized coating detailing brings down chlorine advancement overpotential, cutting vitality costs by 10-20% compared to ordinary cathode systems.
Customized Building Solutions
Every marine electrolysis framework has special details. We give completely customizable measurements custom-made to your correct requirements—whether you're outfitting balance water treatment frameworks on cargo vessels, actualizing marine development anticipation in seaward stages, or scaling up coastal control plant operations. Our specialized group works specifically with you to coordinate anode geometry with your framework parameters.
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Technical Specifications
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Parameter
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Specification
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Base Material
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Titanium (Grade 1/Grade 2)
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Coating Material
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Mixed metal oxides (MMO) or platinum
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Operating Temperature
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0°C to 80°C
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Maximum Current Density
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2000 A/m²
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Coating Thickness
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5-10 microns
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Service Life
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5-20 years (application-dependent)
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Dimensions
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Customizable based on requirements
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Electrolyte Compatibility
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Seawater, brine, and chlor-alkali solutions
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Primary Applications
Ballast Water Treatment Systems
Your shipping operations must comply with IMO and USCG environmental regulations. Our anodes generate sodium hypochlorite onboard vessels to neutralize invasive aquatic species effectively. The robust construction withstands the physical abrasion of high-velocity seawater flow in ballast treatment units.
Marine Growth Prevention Systems
Barnacles and mussels in sea chests and internal piping reduce thermal efficiency in heat exchangers. By installing our Titanium anode for electrolysis of seawater in MGPS applications, you prevent biofouling settlement without mechanical cleaning interventions. This maintains optimal performance in cooling water systems across offshore platforms and marine vessels.
Coastal Desalination and Power Generation
Large-scale electro-chlorination plants require anodes that handle massive throughput volumes. Our electrodes treat intake seawater in desalination facilities and power plant condensers where mechanical cleaning proves impossible. You'll achieve consistent macro-fouling prevention across extensive pre-treatment membrane arrays and condenser tube networks.
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Product production process
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The ShenAo Advantage
With 17 years of specialized experience in non-ferrous metal composite materials, we've established partnerships with hundreds of electrochemical application enterprises worldwide. Our mature bimetallic explosive welding technology and advanced coating manufacturing processes ensure every anode meets rigorous quality standards.
We maintain strict production protocols and comprehensive testing procedures. Whether you need small-batch prototypes or large-scale production volumes, we deliver consistently on time. Our customer-centric approach means you receive responsive technical support throughout your project lifecycle.
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Application Industries
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Our Factory
Our Patents and Honors
Our Packaging
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Frequently Asked Questions
Q: How long will these anodes last in high-salinity seawater?
A: Service life ranges from 5-20 years depending on current density, operating temperature, and specific electrolyte conditions. In typical ballast water treatment applications at moderate current densities, expect 8-12 years of reliable operation.
Q: Can you customize anode dimensions for existing electrolysis cells?
A: Absolutely. We manufacture anodes to your exact specifications—length, width, thickness, and mounting configurations. Simply provide your dimensional requirements and operating parameters.
Q: What maintenance do these anodes require?
A: Minimal maintenance is needed. The smooth coating surface resists mineral scaling and deposit accumulation. Periodic visual inspection and occasional cleaning with freshwater suffice for most applications.
Q: Are these anodes compatible with variable salinity levels?
A: Yes. Our product performs reliably across varying salinity concentrations common in coastal waters, from brackish environments to full-strength seawater and saturated brine solutions.
Q: How do I determine the right current density for my application?
A: Our technical team evaluates your specific requirements—water flow rate, chlorine production target, and system geometry—to recommend optimal current density settings. Contact us with your application details for personalized guidance.
Contact Us
Ready to enhance your seawater electrolysis systems with Titanium anode for electrolysis of seawater? Reach out to our team at zh@baojiti.com.cn for customized solutions and technical consultation today.
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