mmo titanium wire anode

Specifications:Plate, tube, mesh, rod, wire, strip and other special-shaped specifications.
Coating composition:Ti、Ru、Ir、 Pt、Ta、Sn、Co
Metal content:8~25g/㎡
Coating thickness:8~12㎛
Working temperature:<60℃
Working life:>5 years
Material:GR1 Ti
Production process:Electrolytic organic
Titanium content:99.99%
Product Description

MMO Titanium Wire Anode - Premium DSA Solutions for Corrosion Protection

Our mmo titanium wire anode combines advanced coating technology with high-purity GR1 titanium substrate to deliver enterprise-grade performance. With 8-25g/㎡ metal content and coating thickness of 8-12µm, your system benefits from a working life exceeding 5 years. Manufactured by Baoji City ShenAo Metal Materials Co., Ltd. since 2008, each anode maintains 99.99% titanium purity and operates stably under 60°C. Our proven explosive welding technology and active coating process ensure consistent current distribution, low overpotential, and exceptional durability in highly corrosive environments—perfect for your ICCP systems and specialized electrolysis applications.

What Makes Our MMO Titanium Wire Anode Different?

You're probably dealing with the frustration of traditional anodes. Graphite anodes consume too quickly. Lead-alloy options pollute your environment. Ceramic anodes break under mechanical stress.

That's where our product changes everything.

The secret lies in our catalytic Mixed Metal Oxide coating. We apply a precise crystalline layer containing Iridium, Ruthenium, and Tantalum onto premium titanium wire. This coating activates the titanium surface, transforming it into a highly efficient anode.

Your system gets stable geometry. Current flows consistently. No dimensional changes over time. No unexpected failures.

The titanium substrate forms a protective oxide film under anodic polarization. This ensures current exits only through our catalytic MMO coating—exactly where you need it.

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
Available Forms
Plate, tube, mesh, rod, wire, strip, custom shapes
Coating Composition
Ti, Ru, Ir, Pt, Ta, Sn, Co
Metal Content
8~25g/
Coating Thickness
8~12µm
Working Temperature
<60℃
Service Life
>5 years
Substrate Material
GR1 Titanium
Titanium Purity
99.99%
Production Process
Electrolytic organic
Current Density Capability
Up to 1000 A/m² (seawater)

Key Applications You'll Benefit From

Impressed Current Cathodic Protection (ICCP)

Protect your underground pipelines, storage tanks, and marine structures. Our mmo titanium wire anodes deliver consistent protection current for decades.

Seawater and Brine Electrolysis

Need chlorine advancement? Our Ru-Ir coating definition gives ideal execution in high-chloride environments.

Soil and Freshwater Protection

Working with low-chloride conditions? We offer Ir-Ta coating variations particularly outlined for oxygen advancement in acidic environments.

Flexible Installation

The wire arrange permits you to coil or shape the anode for contract spaces. You get mechanical adaptability without relinquishing electrochemical execution.

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

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 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 Ruthenium coated titanium electrode Product production process

Why Choose ShenAo Metal Materials?

17 A long time of Fabricating Excellence

Since 2008, we've been culminating bimetallic dangerous welding and dynamic coating forms. Our area in China's Titanium Valley gives us unmatched get to to premium materials.

Proven Quality Standards

Every item meets strict prepare controls. We take after ASTM B348 for substrate keenness and keep up comprehensive quality administration systems.

Customization for Your Needs

Wire distance across from 1.0mm to 3.0mm? Uncommon coating details? We customize details based on your current necessities and establishment constraints.

Fast, Solid Delivery

Small clump testing or large-scale production—we convey on time. Our built up organizations with hundreds of hardware producers guarantee supply chain solidness.

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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Our Packaging Our Packaging Our Packaging Our Packaging Our Packaging

Frequently Asked Questions

What is the distinction between Ru-Ir and Ir-Ta coatings for the products?

Ru-Ir coatings work best for chlorine advancement in seawater or brine situations. Ir-Ta coatings are optimized for oxygen advancement in acidic or low-chloride conditions like soil or freshwater. Select based on your electrolyte composition.

Can the anode be recoated?

Yes. Once the coating depletes, you can chemically strip the titanium substrate and apply new coating. This recoating capability altogether diminishes your long-term lifecycle costs.

How does temperature influence anode performance?

Our standard anodes stay steady up to 60°C in most electrolytes. Require higher temperature resistance? We can define specialized coatings. Fair remember—excessive warm quickens coating consumption.

Why utilize titanium substrate instep of other metals?

Titanium shapes a defensive, non-conductive oxide film beneath anodic polarization. This passivation layer guarantees current exits as it were through the catalytic MMO coating—maintaining effectiveness and avoiding substrate erosion.

What wire diameters are available?

Common diameters range from 1.0mm to 3.0mm. We manufacture custom diameters based on your required current output and the mechanical strength needed for installation.

Contact Us

Ready to upgrade your cathodic protection system with mmo titanium wire anode? Contact our team at zh@baojiti.com.cn for technical specifications and pricing.

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