titanium electrode for salt water electrolysis

Titanium Electrode for Salt Water Electrolysis

When you need reliable electrolytic performance in harsh marine environments, our titanium electrode for salt water electrolysis delivers proven results. Manufactured by Baoji City ShenAo Metal Materials Co., Ltd., these Dimensionally Stable Anodes feature a precision-engineered RuO₂–IrO₂–TiO₂ coating on Grade 1/2 titanium substrates. You'll benefit from 15-20% energy savings compared to traditional graphite anodes, with current density capability ranging from 1000–10000 A/m². Our electrodes maintain dimensional stability throughout their 5–10 year service life, eliminating costly downtime from anode consumption. Operating efficiently at temperatures up to 80°C, they solve the industry's critical challenge of balancing long-term corrosion resistance with consistent chlorine evolution performance.

Why Choose Our Titanium Electrodes?

Advanced MMO Coating Technology

Our anodes highlight a specialized Blended Metal Oxide coating. This catalytic layer altogether brings down the voltage required for chlorine advancement. You'll take note decreased operational costs quickly. The coating thickness of 5–20 µm is calibrated to your particular current thickness prerequisites, guaranteeing ideal execution in your one of a kind application.

Corrosion Resistance That Lasts

Unlike graphite or lead anodes, your speculation remains secured. The titanium substrate withstands dynamic chlorine and high-velocity seawater stream without passivation. This implies steady execution year after year. You won't confront the visit substitution cycles that torment customary terminal systems.

Customization Meets Your Needs

We get it that each electrolysis framework has distinctive prerequisites. That's why we offer numerous arrangements. Whether you require plates, work, tubes, or bars, we'll make to your determinations. Our 17 a long time of generation encounter guarantee exact customization that fits your correct application parameters.

Technical Specifications

Key Applications

Your item framework exceeds expectations in different scenarios:

Swimming Pool Sanitization: Create chlorine on-site for secure, clean water. The self-cleaning surface avoids mineral buildup, diminishing your upkeep plan dramatically.

Industrial Water Treatment: Create sodium hypochlorite proficiently for large-scale sanitization needs. The steady geometry keeps up reliable inter-electrode crevices, guaranteeing unsurprising cell voltage.

Marine Counterweight Water Treatment: Meet universal oceanic controls with solid electrochemical sanitization. Our cathodes withstand the requesting conditions of nonstop seawater exposure.

Aquaculture Frameworks: Control microbes and green growth development whereas keeping up water quality. The moo overpotential plan minimizes vitality utilization in your operations.

Product production process

The ShenAo Advantage

17 Years of Proven Excellence

Since 2008, we've been refining our manufacturing processes. Located in China's Titanium Valley, we leverage regional expertise and Olympic-grade processing capabilities. You're partnering with a company that hundreds of electrochemical enterprises trust as their long-term supplier.

Strict Quality Standards

Every titanium electrode for salt water electrolysis undergoes rigorous testing. Our comprehensive quality management system ensures reliable products. Whether you need small-batch testing or large-scale production, we deliver on time without compromising quality.

Innovation-Driven Development

Our professional R&D team works closely with client needs. We continuously explore new processes and application areas. This commitment means you benefit from the latest advancements in electrode technology.

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Frequently Asked Questions

Q: How long will my titanium anodes last?

A: Ordinarily 5–10 a long time, depending on your working conditions. Legitimate current thickness administration and temperature control amplify benefit life essentially. We'll offer assistance you optimize these parameters amid installation.

Q: Can I utilize these cathodes in low-salinity water?

A: Yes. Our MMO coating avoids passivation indeed in challenging water chemistry. The cathodes keep up execution over changing saltiness levels, not at all like conventional materials that lose effectiveness in low-salt environments.

Q: What support do these terminals require?

A: Negligible. The smooth titanium surface stands up to scaling and mineral stores. We prescribe occasional visual assessment and periodic corrosive cleaning if buildup happens in amazingly difficult water conditions.

Q: How do I select between plate, work, or tube configurations?

A: It depends on your cell plan and stream characteristics. Work offers tall surface zone for compact frameworks. Plates work well in parallel-plate arrangements. Tubes suit tubular reactor plans. Contact our specialized group for application-specific suggestions.

Q: What makes your electrodes more energy-efficient?

A: The RuO₂–IrO₂–TiO₂ coating lowers chlorine evolution overpotential. This directly translates to reduced voltage requirements. You'll see 15-20% energy savings compared to graphite anodes in comparable applications.

Q: Do you provide installation support?

A: We offer comprehensive technical guidance for installation and commissioning. Our team can advise on optimal electrode spacing, current distribution, and system configuration to maximize performance.

Contact Us

Ready to upgrade your electrolysis system with titanium electrode for salt water electrolysis? Reach out to our team at zh@baojiti.com.cn for customized solutions and technical consultation today.