MMO Coated Strip for Cathodic Protection: Industry Standards and Quality Checks by Tiaano

Reliable cathodic protection begins with the right anode—and the right quality controls. In demanding environments, an MMO Coated Strip must provide stable electrochemical performance, strong substrate integrity, and durable coating adhesion. For cathodic protection systems, every component contributes to controlling corrosion and extending the service life of valuable metallic structures.

MMO Coated Strip for Reliable Cathodic Protection

An MMO Coated Strip consists of a titanium substrate engineered with a Mixed Metal Oxide (MMO) coating. Titanium provides an excellent combination of corrosion resistance, mechanical strength, and dimensional stability, while the MMO coating provides the electrochemically active surface required for anodic operation.

For Cathodic Protection, this combination offers a compact and efficient anode configuration suitable for applications where long operating life, controlled current output, and resistance to aggressive electrolytes are important.

Tiaano manufactures MMO Coated Strip solutions with attention to substrate preparation, coating uniformity, dimensional accuracy, and electrical performance. The design can be adapted to project-specific cathodic protection requirements, installation arrangements, and operating environments.

Material Selection and Technical Considerations

The performance of an MMO Coated Strip depends heavily on the quality of both its titanium substrate and MMO coating.

Titanium is selected because of its excellent resistance to corrosion and its ability to function as a stable substrate in demanding electrolytic environments. The MMO coating provides the active electrochemical interface while the titanium substrate supports the overall structure.

Important technical considerations include:

• Titanium substrate grade and material condition
• Strip dimensions and dimensional tolerances
• MMO coating composition and loading
• Coating uniformity and surface coverage
• Coating adhesion and substrate preparation
• Electrical continuity and current-distribution characteristics
• Connection and termination quality
• Resistance to the intended electrolyte and operating environment

These factors are particularly important when an MMO Coated Strip is incorporated into impressed-current cathodic protection systems.

Industry Standards and Quality Checks

Quality assurance for MMO Coated Strip should be aligned with the applicable cathodic protection project specifications and recognized industry practices, including relevant AMPP/NACE requirements where specified by the project.

Typical manufacturing and QA checks can include:

1.   Raw Material Inspection – Verification of titanium substrate material and incoming material documentation.

2.   Dimensional Inspection – Checking strip length, width, thickness, formed sections, and connection dimensions against approved drawings.

3.   Surface Preparation Inspection – Ensuring the titanium surface is appropriately prepared before coating.

4.   Coating Quality Inspection – Examination of MMO coverage, consistency, and visible surface defects.

5.   Adhesion/Coating Integrity Checks – Testing according to the applicable project or coating procedure.

6.   Electrical Testing – Verification of electrical continuity and connection integrity.

7.   Final Inspection – Confirmation of workmanship, dimensions, identification, and documentation before dispatch.

Tiaano Expertise in Cathodic Protection

With expertise in titanium and MMO-based electrochemical products, Tiaano focuses on manufacturing MMO Coated Strip solutions for demanding Cathodic Protection applications. Proper material selection, controlled coating processes, inspection, and project-specific quality documentation help deliver consistent performance.

For MMO Coated Strip requirements in the USA and international markets, connect with Tiaano for application-specific engineering and supply support.

Website:www.cpanode.com
Email:mohan@tiaano.com

MMO Coated Tubular String for Reliable Cathodic Protection | Tiaano

Corrosion does not always announce itself before affecting the service life of a pipeline, tank, marine structure or buried metallic asset. Once electrochemical attack begins, controlling the environment around the protected structure becomes an important part of asset management. This is where a carefully engineered MMO Coated Tubular Stringcan become an important component of a Cathodic Protection system.

Rather than treating the anode as a simple consumable part, engineers need to consider its construction, coating, electrical connection and suitability for the intended operating environment. An MMO Coated Tubular String is built around a titanium substrate carrying a mixed metal oxide coating. This material combination creates an engineered anode surface intended for impressed-current cathodic protection applications.

The engineering starts with the substrate

Titanium is not selected merely because it is lightweight. Its resistance to corrosion and ability to serve as a stable substrate make it suitable for electrochemical anode construction. The MMO coating provides the active surface through which the required anodic reaction can take place.

For an MMO Coated Tubular String, the quality of the interface between titanium and MMO is therefore an important manufacturing consideration. Surface preparation, coating application and process control can influence the consistency of the finished component.

Why a tubular form?

The tubular configuration offers engineers a compact cylindrical anode geometry that can be incorporated individually or into string arrangements. Depending on the system design, tubular anodes can be considered for groundbeds and other cathodic protection installations involving soil, freshwater, brackish water or marine environments.

This flexibility is particularly useful when the protection system has to be developed around existing infrastructure and site conditions. The anode arrangement can be determined according to the required current distribution, electrolyte characteristics and overall cp design rather than selecting a component in isolation.

Manufacturing has a direct role

A technically suitable MMO Coated Tubular String begins with controlled manufacturing. Titanium preparation, MMO coating uniformity, dimensional accuracy, connection integrity and final inspection all need attention before the product reaches a cathodic protection project.

This is where manufacturer experience becomes valuable. Tiaano, an indian manufacturer specializing in titanium and electrochemical products, brings its manufacturing knowledge into the production of MMO-based components for industrial applications.

The objective is not simply to produce an MMO Coated Tubular String, but to manufacture a component that can be integrated confidently into an engineered cathodic protection system.

Selecting the product for the application

There is no single anode configuration that suits every cp installation. Engineers should evaluate the electrolyte, protection requirement, installation arrangement, current demand and intended operating conditions before final selection. Published technical data also demonstrates that anode performance can vary substantially with the surrounding environment and operating conditions.

For projects where material reliability, controlled manufacturing and application-specific engineering matter, an MMO Coated Tubular String offers a practical route for incorporating titanium-MMO technology into cathodic protection.

Need an MMO coated tubular string manufactured in india for your next cathodic protection project? Contact tiaano to discuss your application, technical requirements and project needs.

Website:www.cpanode.com
email:mohan@tiaano.com

The CP System Was Working—Until the Electrodes Became the Maintenance Problem

The cathodic protection system was still delivering current, but the maintenance team had started noticing a different pattern: more frequent inspections, increasing concern over electrode condition, and less confidence in how long the installed anodes would remain effective.

Replacing electrodes was no longer just a maintenance task. With hundreds of discrete units installed across a protected asset, every replacement meant labor, access planning and potential disruption.

This is where MMO Coated Mesh Discrete can offer a different maintenance strategy.

Designed for Long-Term Cathodic Protection

The MMO Coated Mesh Discrete supplied by Tiaano uses a Titanium + MMO construction.

Instead of relying on a conventional bare metallic electrode surface, the system combines a titanium substrate with an MMO coating engineered for electrochemical service.

For plant engineers, the advantage is not simply the material itself. It is the combination of:

·         Corrosion-resistant titanium construction

·         MMO-coated active surface

·         Discrete electrode configuration

·         Application-specific fabrication

·         Suitability for distributed cathodic protection systems

The electrode shown is part of a substantial installation involving 640 discrete units in Australia, demonstrating how this type of electrode can be incorporated into large-scale CP projects.

MMO Discrete vs Conventional Electrode Approaches

Traditional CP electrodes may require more frequent attention when their material gradually consumes or their condition changes during service.

An MMO-coated titanium electrode approaches the problem differently.

Conventional approach

·         Electrode material may gradually be consumed

·         Replacement planning can become a recurring maintenance issue

·         Electrode dimensions can change with service

·         Large installations may require significant replacement effort

MMO Coated Mesh Discrete

·         Titanium provides a stable structural substrate

·         MMO coating provides the active electrochemical surface

·         Discrete construction allows electrodes to be distributed across the protected area

·         Long-term condition monitoring can be incorporated into maintenance planning

The actual service life depends on current density, electrolyte chemistry, temperature, coating quality, installation conditions and operating duty. Therefore, electrode life should always be established from the project's specific parameters rather than a generic lifespan claim.

Where Discrete MMO Electrodes Can Fit

Depending on the CP design, similar electrode technology can be considered for:

1.   Buried pipelines

2.   Marine infrastructure

3.   Storage and process facilities

4.   Water-treatment assets

5.   Industrial structures

6.   Large distributed cathodic protection systems

The electrode arrangement should be selected according to current requirements, protected surface area, soil or electrolyte conditions and system design.

What Plant Managers Should Monitor

For a long-term CP program, track:

·         CP current output

·         Structure-to-electrolyte potential

·         Electrode performance

·         Coating condition

·         Electrical connections

·         Inspection intervals

·         Replacement requirements

These measurements turn electrode maintenance from a reactive activity into a planned asset-management process.

A cathodic protection electrode should not be evaluated only by its purchase price.

The MMO Coated Mesh Discrete, combining Titanium + MMO, provides an engineered option for projects where durable electrochemical performance and controlled maintenance are important.

For cathodic protection electrode requirements, visit www.cpanode.com or contact mohan@tiaano.com.

Tiaano Manufactured MMO Coated CP Flex: The Operational Efficiency Advantage in Cathodic Protection

MMO Coated CP Flex vs Simply Choosing a Larger Conventional Anode

A common engineering instinct is to solve a protection challenge by increasing anode size or quantity.

That is not always the most efficient answer.

A better design question is:

How should the active anode surface be positioned to deliver the required protection with the least installation complexity?

This shifts the discussion from quantity to system design.

MMO Coated CP Flex can be advantageous when:

·         The installation area is geometrically constrained.

·         Anode placement needs to follow a specific protection zone.

·         Rigid anodes are difficult to position.

·         Cable routing needs to accommodate an existing structure.

·         Maintenance access needs to be considered during the original design.

What Plant Engineers Should Check Before Selection

Before specifying any MMO Coated CP Flex system, engineers should establish the actual CP requirements.

A practical checklist includes:

1.   Identify the structure to be protected.

2.   Determine the electrolyte and operating environment.

3.   Calculate the required protection current.

4.   Establish the required anode surface and distribution.

5.   Review installation depth and available space.

6.   Plan cable routing and termination points.

7.   Check compatibility with the existing CP system.

8.   Define monitoring and inspection requirements.

9.   Evaluate access requirements for future maintenance.

10.Verify the final design against applicable CP engineering standards.

This prevents the common mistake of treating an anode as an isolated component instead of one part of a complete corrosion-control system.

The Real Operational Benefit

The strongest reason to consider MMO Coated CP Flex is not simply that it is flexible.

It is that flexibility can become an operational advantage.

When engineers can adapt anode placement to the actual installation environment, they can potentially reduce unnecessary access work, simplify routing, improve installation planning, and make maintenance activities more predictable.

That matters because corrosion protection is a long-term operating requirement.

The best CP system is not merely one that works on commissioning day.

It is one that can be installed intelligently, monitored systematically, and maintained with minimum disruption.

For cathodic protection applications where installation constraints are a major consideration, MMO Coated CP Flex with MMO + Titanium construction provides an engineered option worth evaluating alongside conventional anode configurations.

For product and application enquiries:

Website:www.cpanode.com  Email:mohan@tiaano.com

 How Tiaano Supplied MMO Coated Plate for Electrolytic Tinning Line in India

Precision Engineering at Its Core

At Ti Anode Fabricators Pvt. Ltd., the manufacturing of MMO Coated Plate for Electrolytic Tinning Line is a blend of advanced metallurgy and decades of expertise. The process begins with carefully selected titanium as the raw material, which is then coated with Mixed Metal Oxides (MMO). This combination ensures durability, conductivity, and resistance to corrosion — critical factors for high-performance electrolytic applications.

Why Titanium + MMO Matters

The choice of titanium as the base metal provides exceptional strength and lightweight properties. When enhanced with MMO coating, the MMO Coated Plate becomes highly efficient in conducting current while resisting wear in aggressive electrolytic environments. This makes it the ideal solution for Electrolytic Tinning Line, where consistent performance and longevity are non-negotiable.

Manufacturing Excellence at Tiaano

Ti Anode Fabricators Pvt. Ltd. has established itself as a global leader in electrode technology. Their facility in India is equipped with state-of-the-art machinery and stringent quality control systems. Every MMO Coated Plate undergoes rigorous inspection to meet international standards. The company’s expertise in electrode manufacturing ensures that industry professionals receive products that deliver reliability and efficiency.

Capacity and Installation

The MMO Coated Plate designed for Electrolytic Tinning Line is manufactured with scalable capacity to suit diverse industrial requirements. Installed across India, these plates have proven their ability to withstand demanding operational conditions while maintaining consistent output.

Application Benefits

• Enhanced conductivity for uniform tinning results
• Corrosion resistance ensuring long service life
• Energy efficiency reducing operational costs
• Low maintenance compared to traditional electrodes

Tiaano’s Expertise

With decades of innovation, Ti Anode Fabricators Pvt. Ltd. has become synonymous with electrode excellence. Their ability to customize MMO Coated Plate for specific Electrolytic Tinning Line requirements highlights their unmatched technical expertise and customer-centric approach. 

If you are seeking reliable electrode solutions for your Electrolytic Tinning Line, Ti Anode Fabricators Pvt. Ltd. is your trusted partner. Explore more at www.cpanode.com or connect directly via email at dsa@tiaano.com to discuss your requirements.

MMO Coated Mesh vs Alternatives: Which One is Better for Trivalent Chrome Plating? – Ti Anode Fabricators

In the demanding world of surface finishing, selecting the right anode can make or break your plating quality and operational costs. When it comes to Trivalent Chrome Plating, the MMO Coated Mesh has emerged as the preferred choice for forward-thinking manufacturers across India.

Why MMO Coated Mesh Excels in Trivalent Chrome Plating

MMO Coated Mesh is engineered from premium Titanium substrate with Mixed Metal Oxide (MMO) coating, delivering unmatched conductivity, corrosion resistance, and longevity in aggressive electrolytic environments. Its open mesh structure ensures excellent electrolyte circulation and uniform current distribution — critical factors for achieving consistent chrome deposition in Trivalent Chrome Plating applications.

Trivalent Chrome Plating using MMO Coated Mesh offers several advantages over traditional alternatives like lead anodes or other coated plates. Unlike lead anodes that generate toxic sludge and require frequent replacement, MMO Coated Mesh provides stable performance with minimal maintenance. Its lightweight yet robust design reduces installation complexity while delivering higher efficiency and lower energy consumption.

Product Specifications:

• Size: 150 mm width x 915 mm length x 1.5 mm thickness
• Hook: 30 mm width x 205 mm length x 5 mm thickness
• Raw Material: Titanium & MMO

This precise configuration is ideal for industrial setups requiring reliable anode performance in Trivalent Chrome Plating lines.

Head-to-Head Comparison with Alternatives

Traditional lead anodes suffer from high oxygen evolution overpotential, inconsistent plating thickness, and environmental hazards. Platinum-coated alternatives are expensive and prone to coating delamination. In contrast, MMO Coated Mesh maintains low cell voltage, excellent dimensional stability, and a service life often exceeding 5–7 years in Trivalent Chrome Plating operations.

Industry professionals report up to 30% reduction in power consumption and significantly better throwing power when switching to MMO Coated Mesh for Trivalent Chrome Plating. The mesh geometry also prevents gas blinding, ensuring continuous high-quality output.

Ti Anode Fabricators Pvt. Ltd. – Trusted Expertise You Can Rely On

With deep domain knowledge and advanced manufacturing capabilities, Ti Anode Fabricators Pvt. Ltd. has perfected the design and production of MMO Coated Mesh tailored for modern Trivalent Chrome Plating requirements. Their in-house engineering team ensures every anode meets stringent quality standards before supply across India.

Backed by years of hands-on experience, the company continues to support plating industries with custom solutions that enhance productivity and sustainability.

Strong Reasons to Upgrade Today

• Longer lifespan and lower operating costs
• Eco-friendly operation suitable for Trivalent Chrome Plating
• Uniform deposition and superior finish quality
• Easy installation with custom hooks

Installation Reference: Successfully installed and performing excellently at multiple facilities across India.

Ready to upgrade your Trivalent Chrome Plating process with high-performance MMO Coated Mesh?

Contact Ti Anode Fabricators Pvt. Ltd. today at dsa@tiaano.com or visit www.cpanode.com to discuss your specific requirements. Get expert guidance and superior MMO Coated Mesh solutions manufactured to your exact specifications.

Don’t settle for average anodes. Choose excellence for your Trivalent Chrome Plating line.

Is Your Electro Painting Process Facing Corrosion Hurdles? Meet Tiaano's MMO Coated Tubular String

In the demanding world of industrial finishing, how do you ensure a flawless, consistent coat while battling the aggressive chemical environments of electro-deposition? The answer lies in the precision of your electrochemical components. At Ti Anode Fabricators Pvt. Ltd. (Tiaano), we specialize in bridging the gap between high-performance engineering and long-term durability.

Today, we are highlighting a critical solution manufactured for the surface finishing industry: the MMO Coated Tubular String, specifically engineered for high-efficiency Electro Painting applications.

Understanding the MMO Coated Tubular String

An MMO Coated Tubular String is more than just a component; it is the heart of the electrolytic cell in an Electro Painting line. These strings consist of high-grade titanium tubes coated with a specialized layer of Mixed Metal Oxides (MMO), usually comprising noble metals like Iridium and Ruthenium.

In the Electro Painting process, these strings act as the dimensionally stable anodes (DSA). Unlike traditional lead anodes, an MMO Coated Tubular String does not dissolve or contaminate the paint bath, ensuring that the color and chemical integrity of your finish remain pristine from the first part to the ten-thousandth.

Technical Specifications and Project Overview

When precision is designed by the client and manufactured by experts, the result is a seamless industrial operation. Here are the specifics for this recent project supplied by Tiaano:

Why Titanium & MMO? The Material Justification

Why do industry leaders insist on an MMO Coated Tubular String for Electro Painting? It comes down to the synergy of the raw materials:

1.   Titanium Substrate: Titanium provides an exceptional strength-to-weight ratio and is naturally resistant to corrosion. It acts as a robust conductor that doesn't succumb to the acidic environment of the paint tank.

2.   Mixed Metal Oxide (MMO) Coating: The electro-catalytic coating reduces the overpotential required for the reaction. This means the MMO Coated Tubular String operates with higher electrical efficiency, significantly lowering energy costs during the Electro Painting process.

Quality Assurance: The Tiaano Standard

As a leading manufacturer, Ti Anode Fabricators Pvt. Ltd. ensures that every MMO Coated Tubular String undergoes rigorous inspection. Our in-house quality protocols include:

·         Coating Thickness Testing: Ensuring the MMO layer is uniform for even current distribution.

·         Adhesion Tests: Verifying that the catalyst remains bonded to the titanium under high-flow conditions.

·         Dimensional Verification: Confirming the tubular string matches the client’s exact CAD specifications for easy installation.

Elevate Your Finishing Line

Switching to a high-quality MMO Coated Tubular String for your Electro Painting needs reduces maintenance downtime and eliminates the sludge buildup associated with sacrificial anodes. If you are looking for a reliable partner to supply custom electrochemical solutions, Tiaano’s expertise is at your service.

Ready to optimize your production?

Contact Ti Anode Fabricators Pvt. Ltd. today to discuss your custom anode requirements.

Email: dsa@tiaano.com

Website: www.cpanode.com

High-Performance MMO Coated Plate and Negative Plate Manufacturing by Ti Anode Fabricators Pvt. Ltd.

In the intensive world of metal recovery, the efficiency of your electrochemical cell determines your bottom line. At Ti Anode Fabricators Pvt. Ltd. (Tiaano), based in Chennai, India, we specialize in the engineering and Manufacturing of premium-grade titanium components. Specifically, our MMO Coated Plate and Negative Plate solutions are designed to redefine the benchmarks of durability and energy efficiency.

The Science Behind the Performance

When we talk about Electro Winning, we are discussing a process where precision is non-negotiable. An MMO Coated Plate or Negative Plate acts as the heartbeat of this process. By using a Raw Material of high-grade Titanium, we ensure that the substrate is lightweight yet remarkably strong.

The "Mixed Metal Oxide" (MMO) coating—often a proprietary blend of Iridium-tantalum or Ruthenium-based oxides—is what facilitates the catalytic reaction. Think of the titanium as the "body" and the MMO coating as the "brain"; one provides the structure, while the other directs the energy to extract metal from solution with minimal resistance.

Why Choose Tiaano for Your Electro Winning Needs?

With decades of expertise, Tiaano has perfected the art of fabrication. Our MMO Coated Plate and Negative Plate are not just off-the-shelf products; they are engineered assets.

o   Superior Conductivity: Our coating techniques ensure uniform current distribution.

o   Corrosion Resistance: Utilizing Titanium as a Raw Material ensures the plates survive the harshest acidic environments typical of Electro Winning.

o   Dimensional Stability: Unlike lead anodes, our plates do not warp or lose shape, maintaining a constant electrode gap.

Technical Excellence and Quality Assurance

Every MMO Coated Plate and Negative Plate supplied by us undergoes a rigorous validation process. We understand that in an Electro Winning facility, downtime is the enemy. Therefore, our quality control includes:

1.   Accelerated Life Testing: To predict and ensure long-term performance.

2.   Coating Adhesion Tests: Ensuring the MMO layer stays bonded under high current densities.

3.   Dimensional Inspection: Verifying that every plate fits perfectly into your existing cell headers.

 Sustainability in Metal Recovery

Choosing a high-quality MMO Coated Plate and Negative Plate for your Electro Winning application isn't just about performance—it’s about sustainability. By reducing oxygen overpotential, these plates lower the voltage required for the process, significantly cutting energy consumption. As a leading manufacturer in India, Tiaano is proud to supply components that help global industries reduce their carbon footprint while maximizing yield.

 Partner with the Experts

Whether you are setting up a new plant or retrofitting an existing one, the quality of your MMO Coated Plate and Negative Plate will dictate your success. With Tiaano’s deep-rooted expertise in Electro Winning, you gain a partner dedicated to technical excellence.

Contact Ti Anode Fabricators Pvt. Ltd. today for a custom consultation or quotation.

 Website: www.cpanode.com Email: dsa@tiaano.com

MMO Coated Rod Manufactured and Supplied for Cathodic Protection – Shipment Reaches USA

Still replacing your sacrificial anodes every 2–3 years while corrosion quietly eats your assets?

Ti Anode Fabricators Pvt. Ltd (Tiaano), based in Chennai, India, is one of the few global manufacturers with fully in-house mixed metal oxide (MMO) coating facilities since 1992. We formulate our own IrO₂-Ta₂O₅ proprietary recipe that delivers 30–40 % higher current output and twice the service life compared to generic MMO coated rods used in cathodic protection.

Role of MMO Coated Rod in Impressed Current Cathodic Protection (ICCP)

In ICCP systems, the MMO coated rod functions as a dimensionally stable anode that continuously injects protective DC current into the electrolyte (soil, seawater, or concrete) to polarize the structure to be protected. Unlike magnesium or zinc anodes, the MMO coated rod does not dissolve, maintains constant output for 20–30 years, and eliminates frequent excavation or replacement costs.

Technical Specifications of the Latest Dispatched MMO Coated Rod

• Substrate: ASTM B348 Grade 2 Titanium
• Diameter: ½ inch (12.7 mm)
• Total length: 15 inches
• Active MMO coated length: 6.5 inches
• Coating: Triple-layer Iridium-Tantalum mixed metal oxide (loading 12 g/m² IrO₂)
• Current rating in seawater: ≥ 650 A/m²
• Design life: Minimum 25 years at 100 A/m²

Why Titanium Substrate + Ir-Ta MMO Coating is the Engineering Choice

• Titanium forms an instantaneous passivating oxide film – zero corrosion of the core
• Iridium-based MMO exhibits the lowest oxygen evolution overpotential (< 1.4 V vs. NHE)
• Tantalum oxide barrier prevents passivation of titanium even under high anodic load
• Coating adhesion exceeds 50 MPa – survives mechanical shock and thermal cycling

Proven Applications of MMO Coated Rods in Cathodic Protection

• Offshore platform jackets and risers
• Ship hull and ballast tank ICCP systems
• Buried pipelines and storage tank bottoms
• Reinforced concrete bridges, jetties, and parking decks
• Seawater intake structures and heat exchangers
• Groundbed installations (deep well and shallow horizontal)

Reasons Global CP Engineers Specify Tiaano MMO Coated Rods

• Standard sizes always in stock – dispatch within 72 hours
• Custom active lengths and current ratings delivered in 10–14 days
• Direct manufacturer pricing – typically 18–25 % lower than European/North American brands

Latest Shipment Destination and Growing North American Footprint

This precision MMO coated rod has just landed with a leading cathodic protection system integrator on the U.S. Gulf Coast. We are currently in advanced discussion with several pipeline operators, offshore wind farm developers, and marine terminal owners who require identical high-reliability MMO coated rods for their upcoming 2026–2027 projects.

Upgrade from Consumable Anodes to 25-Year Zero-Maintenance Performance

Specify Tiaano MMO coated rod on your next cathodic protection project and lock in predictable operating expenditure for the next quarter century.

For instant sizing assistance, current output calculations, and commercial quotes within 24 hours.

Contact our technical team today at dsa@tiaano.com  or visit www.cpanode.com

Platinised Titanium Rod supply to Korea (South) for Cathodic Protection Application

Platinized Titanium anodes are widely used for various applications including Impressed Current Cathodic Protection (ICCP) such as hard chrome plating, metal electroplating, electronics, semiconductor industry, chemical process engineering, electroplating, electro dialysis, electroforming (Conforming anodes), electrochemical sensing, electro winning and metal refining, electrolytic regeneration of chromic acid, sodium hypochlorite production, Electro synthesis of organic and inorganic chemicals Etc.,

This platinized titanium anode are highly competent to survive the atmosphere whereas high chemical and environmental corrosion risk exist such as.

v  Deep & conventional ground beds.

v  Jetties in fresh, brackish and salt-water electrolytes.

v  Water tanks.

v  Lock Gates.

v  Intake Screens.

v  Marine application.

Surface resistance of Platinized titanium anodes are very less by nature while compare conventional electrodes, so power efficiency of an entire process become superior.

Platinum layer on titanium substrate become stable during an entire design life, so this anodes are also known Dimensionally Stable Anode.

Platinized titanium anodes are manufactured with a titanium base structure, in the form of either plate, rod, wire, mesh or tube (or any shape as per request). Catalyst thick on surface: Platinum (in micron thick) 2.5 to 7.5; MMO (in micron thick) 8.0 to 10.0.

Advantages

v  Excellent corrosion resistance and catalytic activity

v  Low hydrogen evolution potential, can be utilized as both an anode and cathode

v  Great current efficiency

v  Reversible polarity

v  Excellent coating adhesion

Current Output: Current output is dependent on…

A] Coating catalyst

B] Wire size

C] Coating thickness

D] Substrate

E] Application

F] Design life

G] Temperature.

Anodes are available with the current output of 1.7 A to 13 A/each. Or the operational CD is over 50A / ft2. Anode Size: Available in six standard sizes of rod anodes as follows, 3.0 mm dia; 6.0 mm dia; 10.0 mm dia; 12.0 mm dia; 20.0 mm dia; 25.0 mm dia. Other sizes are available on request.