Titanium anode for COD degradation

shape:Mesh/plate/tube/rod
Material:Titanium alloy Grade 1/2
Coating type:MMO Ru-Ir coating / Pt coating / Custom
Substrate morphology:Mesh/plate/tube/rod
Surface treatment:Coated surface / Cleaned surface
Operating medium:Seawater, brine, chloride solution
Current density range:Up to 200 A/m² (customizable)
Work mode:DC electrolysis/pulse electrolysis
Electrochemical function:Chlorine release / Oxygen release
Service life:Long service life in chloride media
Product Description

Titanium Anode for COD Degradation – Industrial Wastewater Treatment Solution

When your facility faces stringent COD discharge limits, you need proven electrochemical technology. Our Titanium anode for COD degradation delivers enterprise-grade performance with >99.6% substrate purity and operation at up to 200 A/m² current density. Manufactured by Baoji City ShenAo Metal Materials Co., Ltd. since 2008, these dimensionally stable anodes feature MMO Ru-Ir or Pt coatings with 8-20 micrometer thickness. Your operations benefit from extreme chemical stability across pH 1-14 ranges, superior hydroxyl radical generation for complete mineralization, and extended service life in high-salinity environments. With 17 years of explosive welding expertise and advanced coating processes, we ensure reliable performance where traditional methods fail.

What Makes Our Titanium Anode for COD Degradation Different?

You're not fair buying an terminal. You're contributing in demonstrated wastewater treatment efficiency.

Our anodes utilize high-purity titanium combination (Review 1/2) as the substrate. This base metal gives uncommon erosion resistance. The catalytic coating contains valuable metal oxides like Ruthenium and Iridium. These materials produce effective hydroxyl radicals amid electrolysis.

These radicals break down persistent natural compounds. They work where organic treatment stops. You'll see genuine COD diminishment in challenging applications.

The coating follows through specialized warm deterioration forms. This makes a bond that withstands cruel chemical situations. Your anode keeps up dimensional steadiness all through its benefit life.


Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Ruthenium coated titanium electrode

Technical Specifications

Parameter
Specification
Substrate Material
Titanium Alloy Grade 1/2
Coating Type
MMO Ru-Ir Coating / Pt Coating / Custom
Shape Options
Mesh / Plate / Tube / Rod
Surface Treatment
Coated Surface / Cleaned Surface
Operating Medium
Seawater, Brine, Chloride Solution
Current Density Range
Up to 200 A/m² (Customizable)
Working Mode
DC Electrolysis / Pulse Electrolysis
Electrochemical Function
Chlorine Release / Oxygen Release
pH Operating Range
1-14
Service Life
Extended Life in Chloride Media

How Titanium Anode for COD Degradation Works in Your Process?

Your wastewater contains complex organic molecules. Traditional methods struggle with these compounds.

When you apply electrical current, the anode surface generates hydroxyl radicals. These are among the strongest oxidizing agents available. They attack organic molecules non-selectively.

The process mineralizes contaminants into carbon dioxide and water. You achieve true Titanium anode for COD degradation, not just transfer to another phase.

The titanium substrate remains stable. It doesn't dissolve or contaminate your treated water. This means consistent performance and predictable maintenance schedules.

Power Industry Hydrometallurgy Rail Transit
Printed circuit board copper recycling Electrolytic wastewater treatment Electrolysis of seawater Electroplating anode

Product production process

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Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process Ruthenium coated titanium electrode Product production process

Key Application Scenarios

Landfill Leachate Treatment

Your leachate contains high-concentration hard-headed organics. The tall saltiness makes natural treatment troublesome. Our anodes flourish in these correct conditions. They break down humic acids and non-biodegradable compounds efficiently.

Pharmaceutical and Chemical Wastewater

You bargain with anti-microbial buildups and complex heterocyclic compounds. These stand up to customary treatment. Our electrochemical oxidation progresses your BOD/COD proportion. This plans the stream for downstream organic processes.

Textile Coloring Effluent

Your wastewater has seriously color and fragrant compounds. Our anodes give quick decolorization. They keep up execution indeed in high-temperature, high-conductivity streams. You get steady comes about move after shift.

Why Choose ShenAo Metal Materials?

17 A long time of Fabricating Excellence

We've been culminating titanium terminal innovation since 2008. Our area in China's Titanium Valley gives us unmatched fabric get to. You advantage from develop bimetallic dangerous welding technology.

Customization for Your Needs

Every office has special necessities. We customize substrate shapes, coating definitions, and current thickness details. Your anode fits your correct application parameters.

Strict Quality Standards

We take after ASTM B265 for titanium substrates. Our coating forms meet specialized electrochemical action lists. Each item experiences thorough testing some time recently shipment.

Reliable Delivery

Whether you require little bunch testing or full-scale generation volumes, we convey on time. Our set up supply chain guarantees fabric accessibility. You won't confront startling delays.

Waterjet Cutting Laser Cutting   Welding Plasma Welding  Polishing   Press   Hydraulic straightening machine Bending   Drill Press

Application Industries

Chemical Industry Environmental protection industry Marine Engineering metallurgy
Aerospace Pharmaceutical Industry Power Industry Power Industry

Our Factory
Our factories, patents and honors

Our Patents and HonorsOur factories, patents and honors​​​​​

Our factories, patents and honorsOur Packaging

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Frequently Asked Questions

Q: How long do these anodes last in continuous operation?

A: Service life depends on operating conditions, but our anodes typically provide years of stable performance in chloride-containing media. The dimensionally stable design means no geometry changes over time.

Q: Can I use these anodes for other applications besides COD degradation?

A: Absolutely. These anodes work excellently for electrochlorination, cathodic protection, and metal recovery processes. The versatile coating options allow adaptation to multiple electrochemical applications.

Q: What current density should I operate at?

A: We recommend starting at lower densities and optimizing based on your COD removal targets. Our standard anodes handle up to 200 A/m², but we can customize for higher densities if your process requires it.

Q: Do you provide technical support for system integration?

A: Yes. Our technical team works closely with your engineers during installation and commissioning. We help optimize operating parameters for maximum treatment efficiency.

Q: How do I specify the right anode configuration?

A: Share your wastewater characteristics, flow rates, and target COD levels with us. We'll recommend the optimal substrate shape, coating type, and surface area for your application.

Contact Us for Your COD Treatment Solution

Ready to improve your wastewater treatment performance with Titanium anode for COD degradation? Reach out to our team at zh@baojiti.com.cn for technical consultation and quotations today.

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