High-Performance Platinised Rods Manufactured by Ti Anode Fabricators Pvt. Ltd. for Advanced Cathodic Protection

The Critical Role of Platinised Rods in Modern Corrosion Control

In an era where industrial infrastructure faces relentless assault from corrosion, the Platinised Rod emerges as a silent guardian, extending the lifespan of critical assets and averting billions in economic losses. This innovative anode technology is pivotal in Cathodic Protection — a cornerstone electrochemical method for safeguarding pipelines, offshore platforms, storage tanks, and marine structures against degradation. For sectors such as oil & gas, marine engineering, power generation, and civil infrastructure, where unplanned downtime can result in catastrophic safety, environmental, and financial consequences, a high-quality Platinised Rod in Cathodic Protection is not merely an accessory — it is an essential engineering choice for long-term asset integrity.

Key Advantages of Platinised Rods

Why choose Platinised Rods for your Cathodic Protection systems? They deliver exceptional electrochemical efficiency with very low oxygen and chlorine evolution overpotentials, enabling high current output with minimal power consumption. Their extended service life — often exceeding 20 years in aggressive electrolytes — significantly reduces replacement frequency and maintenance costs, providing a compelling total-cost-of-ownership advantage over conventional anode materials.

Manufacturing Excellence by Ti Anode Fabricators Pvt. Ltd.

Ti Anode Fabricators Pvt. Ltd. has established itself as a global leader in specialised anode production, with more than three decades of focused expertise in titanium-based electrochemical solutions. Operating from advanced facilities in India, the company employs precision electroplating processes, ISO-compliant quality systems, and adherence to international standards (ASTM, NACE, ISO 9001). This combination of technical capability and disciplined manufacturing ensures every Platinised Rod meets the stringent demands of Cathodic Protection applications worldwide.

Primary Application Domains

Platinised Rods are predominantly utilised in Impressed Current Cathodic Protection (ICCP) systems operating in highly corrosive environments. Key industry sectors include:

• Offshore oil & gas platforms and subsea pipelines
• Onshore buried transmission and distribution pipelines
• Ship hulls, ballast tanks, and FPSO vessels
• Reinforced concrete structures (bridges, jetties, parking structures)
• Seawater intake & outfall systems in power plants and desalination facilities
• Above-ground and underground storage tanks

Functional Mechanism and Strategic Importance

In Cathodic Protection, the Platinised Rod serves as the impressed current anode, releasing protective current into the electrolyte to polarise the protected steel structure to a potential more negative than its natural corrosion potential. This suppresses anodic dissolution reactions, effectively halting or dramatically slowing corrosion. Uniform current distribution, high throwing power, and resistance to passivation make the Platinised Rod indispensable in complex geometries and large-scale protection zones where inconsistent performance could lead to localised attack.

Technical Specifications

• Dimensions: Diameter 8 mm × Length 500 mm (active coated length 400 mm)
• Connection: M4 × 20 mm depth internal thread tapped at both ends
• Plating: 3.5 micron thick pure platinum electroplated layer
• Substrate: Grade 1 or Grade 2 titanium (ASTM B348 / B265)
• Current Density Capability: Up to 500 A/m² in seawater; higher in selected electrolytes
• Customisation: Fully bespoke designs available — length, diameter, platinum thickness, multiple segments, cable attachment styles, and current rating optimisation

Why Titanium + Platinum Remains the Gold Standard

Titanium provides an outstandingly stable, valve-metal substrate that forms a passive TiO₂ film, preventing substrate corrosion even when the platinum coating is microscopically thin. Platinum, renowned for its extreme nobility and catalytic efficiency, ensures low consumption rates and stable operation across wide pH and potential ranges — critical attributes for reliable, long-life performance in Cathodic Protection.

Proven Application Environments

• Offshore jackets, risers, and pipelines
• Buried cross-country crude, gas, and product pipelines
• Ballast and cargo tanks of tankers and bulk carriers
• Concrete piles, decks, and bridge substructures in marine splash zones
• Cooling water systems and heat exchangers
• Deep-well groundbed anodes in high-resistivity soils

Uncompromising Quality Validation

Every Platinised Rod undergoes multi-stage inspection, including visual examination, dimensional verification, adhesion testing (bend & tape), platinum thickness measurement (XRF or beta backscatter), and electrochemical polarisation scans when requested. Third-party and customer witness inspections are routinely accommodated to ensure full compliance.

Partner with Ti Anode — Speed, Stock & Support

Ti Anode maintains regular stock of standard Platinised Rod configurations for rapid dispatch, frequently delivering within 2–4 weeks. Our dedicated technical team provides application engineering support, current demand calculations, and field troubleshooting — ensuring seamless integration into existing or new Cathodic Protection designs.

Global Reach and Future Opportunities

Platinised Rods manufactured by Ti Anode have been successfully deployed across East offshore fields, Sea platforms, marine projects, and infrastructure developments. Emerging sectors — offshore wind farm monopiles, green hydrogen storage vessels, and critical mining infrastructure — represent significant growth areas for advanced titanium-platinum anode technology.

Protect your assets with proven, high-performance Platinised Rods. Contact Ti Anode Fabricators Pvt. Ltd. today: Website: www.cpanode.com Email: dsa@tiaano.com

Technical Excellence in Corrosion Mitigation: The Power of MMO Coated Mesh Discrete Anodes

In the high-stakes world of structural engineering, the silent decay of reinforced concrete is not merely a maintenance headache—it is a catastrophic structural failure waiting to happen. MMO Coated Mesh Discrete Anodes represent the pinnacle of modern electrochemical defense, providing a proactive shield that effectively halts the ingress of chlorides and prevents the oxidation of steel reinforcement in critical infrastructure.

Why Choose MMO Coated Mesh Discrete Anodes?

These anodes provide a highly concentrated and uniform current distribution, specifically engineered for compact structures where traditional ribbon anodes might lead to grout acidification. With an exceptionally low wear rate and a design life that can exceed 100 years, they offer a "fit-and-forget" solution for long-term structural integrity.

Manufacturer Highlight: Ti Anode Fabricators Pvt. Ltd.

As a global leader in electrochemical solutions, Ti Anode Fabricators Pvt. Ltd. (Tiaano®) has been at the forefront of titanium fabrication since 1992. Our expertise lies in the precision application of Mixed Metal Oxide (MMO) coatings onto high-grade titanium substrates. By leveraging state-of-the-art in-plant facilities and a team of specialized engineers, we deliver MMO Coated Mesh Discrete Anodes that meet the most rigorous international quality standards, including NACE and ASTM.

Critical Application in Infrastructure

Cathodic Protection utilizing discrete anodes is primarily employed in the rehabilitation of reinforced concrete elements located in aggressive marine or industrial environments. These are particularly vital for structures in tidal, splash, and atmospheric zones—such as bridge piers, wharves, and high-rise columns—where moisture and chloride levels are consistently high.

Function and Strategic Importance

The core role of the MMO Coated Mesh Discrete Anode is to act as the primary positive electrode in an Impressed Current Cathodic Protection (ICCP) system. By applying a controlled direct current, the anode forces the embedded steel to act as a cathode, effectively suppressing the anodic dissolution of iron. This process not only stops existing corrosion but also draws harmful chloride ions away from the steel surface, preserving the structure's load-bearing capacity for decades.

Technical Specifications

Our MMO Coated Mesh Discrete Anodes are engineered with the following high-tier specifications:

·         Substrate Material: Commercially Pure Titanium (ASTM B265 Grade 1 or 2).

·         Coating Catalyst: Noble Mixed Metal Oxides (Iridium, Tantalum, and Ruthenium formulations).

·         Design Form: Tubular or cylindrical mesh assemblies tailored to specific hole diameters.

·         Typical Dimensions: Customizable diameters (e.g., 25mm) and lengths (e.g., 100mm to 400mm) based on site requirements.

·         Current Capacity: High current density outputs reaching up to 110 mA/m² in concrete environments.

·         Design Life: Standard 50 to 100-year longevity depending on coating loading.

Raw Material Justification: Titanium + MMO

The choice of Titanium as a substrate is justified by its superior strength-to-weight ratio and its ability to form a protective, non-conductive oxide film if the coating is damaged, preventing substrate corrosion. When fused with our proprietary MMO coating, the resulting electrode becomes dimensionally stable and chemically resistant even in highly acidic conditions common during the electrochemical process.

Application List

·         Bridge Piles and Decking: Protecting critical transport links from de-icing salts and marine spray.

·         Marine Wharves and Piers: Combating extreme chloride ingress in tidal zones.

·         Industrial Cooling Towers: Resisting chemical-rich environments in power and manufacturing plants.

·         Historic Buildings: Non-invasive corrosion control for heritage concrete structures.

·         Submerged Foundations: Ensuring the longevity of offshore platform substructures.

Quality and Reliability

We understand that structural safety is paramount. Every MMO Coated Mesh Discrete Anode undergoes stringent testing, including coating thickness validation and accelerated life testing. We actively encourage Customer Inspection at our Chennai facility to validate quality before dispatch. With a massive inventory and an optimized production cycle, Ti Anode Fabricators Pvt. Ltd. ensures fast delivery and reliable service to keep your infrastructure projects on schedule.

Future Partnerships

Having dispatched high-performance anodes to major infrastructure projects globally, we invite civil engineering firms, maritime authorities, and industrial consultants to explore the benefits of our technology. Whether you are managing new construction or a rehabilitation project, our team is ready to provide customer-specific designs for your Cathodic Protection needs.

 Elevate your structural durability with industry-leading expertise. Visit our technical hub at www.cpanode.com or reach out to our engineering team directly at dsa@tiaano.com.

In metal refining, what happens when your electrode materials degrade faster than expected, contaminate the bath, or fail under continuous operation?

These issues don’t just slow production—they directly impact metal purity, recovery efficiency, and operating costs. In high-value Metal Refining processes, even minor inefficiencies can lead to significant financial losses. This is where a precisely engineered Platinum Plated Mesh for Metal Refining becomes a critical solution. Ti Anode Fabricators Pvt. Ltd. addresses these challenges by manufacturing and supplying robust Platinum Plated Mesh for Metal Refining using carefully selected Titanium & Platinum raw materials.

Why Platinum Plated Mesh Is Critical in Metal Refining

Metal Refining environments involve aggressive electrolytes, elevated temperatures, and prolonged current loading. Conventional electrode materials often suffer from corrosion, passivation, or mechanical deformation. The Platinum Plated Mesh for Metal Refining, manufactured from Titanium & Platinum raw material, is designed to operate reliably under these extreme conditions.

By using a Platinum Plated Mesh for Metal Refining, refiners achieve stable electrochemical performance, consistent current distribution, and high metal recovery efficiency. The combination of Titanium substrate and Platinum coating ensures durability without compromising catalytic activity.

Detailed Technical Specification

The Platinum Plated Mesh for Metal Refining supplied by Ti Anode Fabricators Pvt. Ltd. is manufactured to precise industrial dimensions:

·         Mesh Size: 470 mm Width × 450 mm Length

·         Thickness: 1.5 mm

·         Platinum Coating: 3 Micron Thickness on both sides

·         Hook Size: 50 mm Width × 60 mm Length × 3 mm Thickness

·         Raw Material: Titanium & Platinum

This specification ensures the Platinum Plated Mesh for Metal Refining using Titanium & Platinum raw material delivers optimal conductivity, mechanical strength, and long service life in demanding refining cells.

Raw Material Justification: Titanium & Platinum

The performance of a Platinum Plated Mesh for Metal Refining depends heavily on raw material selection. Titanium is used as the base due to its excellent corrosion resistance, lightweight strength, and compatibility with electrochemical environments. Platinum, applied as a 3-micron coating, provides exceptional catalytic activity and electrical conductivity.

Together, Titanium & Platinum raw materials ensure that the Platinum Plated Mesh for Metal Refining:

·         Resists aggressive chemical attack

·         Maintains dimensional stability

·         Delivers uniform current distribution

·         Supports long-term continuous operation

This makes Platinum Plated Mesh using Titanium & Platinum an industry-preferred solution for high-purity metal refining.

Manufacturing Expertise of Ti Anode Fabricators Pvt. Ltd.

Ti Anode Fabricators Pvt. Ltd. specializes in advanced anode and electrode solutions for electrochemical industries. Every Platinum Plated Mesh for Metal Refining is manufactured using controlled fabrication techniques, precision welding, and uniform platinum deposition processes.

The company’s deep understanding of Metal Refining applications ensures that each Platinum Plated Mesh for Metal Refining using Titanium & Platinum raw material meets both mechanical and electrochemical performance requirements. This application-focused manufacturing approach delivers consistent results across diverse refining operations.

Quality Assurance and Indian Installations

Strict quality assurance protocols are followed for every Platinum Plated Mesh for Metal Refining. Raw material verification, coating thickness measurement, adhesion testing, and dimensional inspection are integral parts of the process.

These Platinum Plated Mesh for Metal Refining units have been successfully installed in India, supporting industrial refiners who demand reliability, efficiency, and long operational life.

Industry Value and Performance Benefits

Using a Platinum Plated Mesh for Metal Refining manufactured from Titanium & Platinum reduces downtime, improves metal purity, and enhances overall process economics. For industry professionals, this solution represents a balance between technical excellence and long-term operational value.

Upgrade your refining efficiency with a Platinum Plated Mesh for Metal Refining supplied by Ti Anode Fabricators Pvt. Ltd. Partner with a manufacturer trusted for precision, premium raw materials, and proven industrial performance.

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

Choose Platinum Performance. Choose Titanium Strength. Choose Ti Anode Fabricators Pvt. Ltd.

Choosing the Right MMO Coated Tubular String for Cathodic Protection: Application Performance and Manufacturing Quality Compared

Selecting the right components for a cathodic protection system is critical to ensuring long-term corrosion control and operational reliability. Among modern impressed current systems, the MMO Coated Tubular String, End Weight, and Centralizer for Cathodic Protection have become preferred choices due to their efficiency, durability, and controlled current output. This buyer’s guide compares key performance and manufacturing aspects to help engineers and procurement teams make informed decisions when choosing MMO Coated Tubular String for Cathodic Protection applications.

Why MMO Coated Tubular String Matters in Cathodic Protection 

Traditional anode materials often suffer from uneven consumption, limited current capacity, and shorter service life. In contrast, the MMO Coated Tubular String for Cathodic Protection offers superior electrochemical stability and predictable performance. Designed for impressed current cathodic protection systems, the MMO Coated Tubular String for Cathodic Protection delivers consistent protection in soil, water, and high-resistivity environments while minimizing maintenance costs.

Key Specifications That Buyers Should Evaluate

Manufacturing quality plays a vital role in system performance. The specified MMO Coated Tubular String for Cathodic Protection is manufactured with OD 19.05 mm x 500 mm length x 0.9 mm wall thickness, supplied with a10 sq.mm XLPE/PVC cable and 30.5 meters tail length in a single string configuration. This ensures reliable electrical conductivity and mechanical strength during installation and long-term operation.

Equally important are the supporting components. The end weight with OD 100 mm x 80 mm length (5 kgs) provides stability and maintains proper anode positioning, especially in deep well or vertical installations. The centralizer, manufactured with OD 21 mm x 25 mm height x 1 mm wall thickness and three rings of OD 48 mm in SS 316, ensures accurate alignment and prevents contact with bore walls. Together, these components enhance the overall effectiveness of the MMO Coated Tubular String for Cathodic Protection.

MMO Tubular Strings vs Conventional Anode Systems

When compared to graphite or high-silicon cast iron anodes, the MMO Coated Tubular String for Cathodic Protection offers higher current efficiency, smaller size, and significantly longer service life. Conventional anodes may require frequent replacement, whereas a properly manufactured MMO Coated Tubular String for Cathodic Protection maintains performance over extended operating periods, reducing lifecycle costs.

From a buyer’s perspective, investing in a complete system—including MMO Coated Tubular String, end weight, and centralizer for Cathodic Protection—ensures compatibility, ease of installation, and predictable system behavior. Manufacturing precision and material selection directly influence corrosion protection outcomes.

Making the Right Purchase Decision

For projects where reliability, performance, and long-term value matter, the MMO Coated Tubular String for Cathodic Protection stands out as a proven solution. Buyers should prioritize suppliers that offer consistent manufacturing standards, tested materials, and complete system components. 

To learn more about MMO Coated Tubular String, End Weight, and Centralizer for Cathodic Protection, visit www.cpanode.com or contact dsa@tiaano.com to discuss specifications, pricing, and project requirements.

High-Performance MMO Coated Mesh Manufactured and Supplied by Ti Anode Fabricators Pvt. Ltd. for Trivalent Chrome Plating

Revolutionizing Eco-Friendly Plating: The Rise of Trivalent Chrome Processes

As industries shift toward sustainable manufacturing, trivalent chrome plating has emerged as the preferred alternative to hazardous hexavalent chrome. Offering comparable hardness, corrosion resistance, and aesthetics with significantly lower environmental impact, trivalent chrome plating is now standard in automotive, aerospace, hardware, and decorative applications. Ti Anode Fabricators Pvt. Ltd. (Tiaano), Chennai-based experts in electrochemical solutions, delivers cutting-edge MMO Coated Mesh anodes optimized specifically for trivalent chrome plating efficiency and longevity.

Engineered Excellence: The MMO Coated Mesh Anode Design

Our MMO Coated Mesh anode is precision-fabricated to meet the demanding requirements of modern trivalent chrome plating baths.

Key Technical Specifications:

• Main Mesh Dimensions: 100 mm width × 300 mm length × 1.5 mm thickness
• Integrated Hook: 25 mm width × 75 mm length × 1.5 mm thickness
• Construction: Expanded titanium mesh substrate with MMO (Mixed Metal Oxide) coating

This compact, high-surface-area MMO Coated Mesh provides uniform current distribution, low voltage operation, and high current efficiency — essential for consistent deposit quality in trivalent chrome plating.

Proven Performance in Indian Installations

Ti Anode Fabricators Pvt. Ltd. has manufactured and supplied numerous MMO Coated Mesh anodes for leading trivalent chrome plating facilities across India. These installations demonstrate superior stability in chromium(III) electrolytes, with minimal sludge formation and extended anode life compared to traditional lead or graphite anodes.

Superior Material Science: Titanium + MMO Coating

The MMO Coated Mesh is built on high-grade titanium (Grade 1 or 2) as the base, chosen for its:

• Exceptional corrosion resistance in acidic, chloride-containing plating baths
• Mechanical strength and dimensional stability
• Inertness that prevents contamination of the electrolyte

The MMO coating — typically iridium-based oxides — delivers:

• Low oxygen evolution overpotential for efficient trivalent chromium deposition
• High catalytic activity and current density tolerance (up to 50 A/dm²)
• Outstanding longevity (often 5–10 years in continuous trivalent chrome plating service)
• Reduced passivation and energy consumption

This combination makes the MMO Coated Mesh the ideal anode for sustainable trivalent chrome plating, supporting compliance with REACH and RoHS regulations.

Unmatched Quality Assurance – From Raw Material to Delivery

At Ti Anode Fabricators Pvt. Ltd., every MMO Coated Mesh undergoes rigorous production and testing:

• Titanium substrate certification and surface pretreatment
• Multi-layer thermal decomposition of MMO coating for uniform adhesion
• Coating thickness verification (XRF) and adhesion testing (ASTM B571)
• Electrical conductivity and polarization curve analysis
• Dimensional inspection and visual/NDE checks
• Final passivation and packaging for contamination-free delivery

This meticulous process ensures zero-defect performance and maximum uptime in trivalent chrome plating operations.

Driving Sustainability and Efficiency in Chrome Plating

By adopting Tiaano’s MMO Coated Mesh for trivalent chrome plating, platers achieve brighter, more uniform deposits, lower bath maintenance, reduced waste treatment costs, and a greener footprint — all while maintaining high productivity.

Elevate Your Trivalent Chrome Plating Process Today

Switch to the most reliable MMO Coated Mesh manufactured and supplied by Ti Anode Fabricators Pvt. Ltd. — the trusted partner for advanced electrochemical anodes.

Transform your plating line now! Visit: www.cpanode.com Email: dsa@tiaano.com 

Contact us for custom configurations, technical support, and competitive quotes to optimize your trivalent chrome plating operation.

High-Performance Zinc Reference Electrode Manufactured and Supplied by Ti Anode Fabricators Pvt. Ltd. for Cathodic Protection

The Hidden Risk: Inaccurate Potential Measurement Threatens Asset Integrity 

In cathodic protection systems, precise monitoring of structure-to-electrolyte potential is the cornerstone of effective corrosion control. A drifting or unreliable reference electrode can lead to over-protection (wasting energy and risking hydrogen embrittlement) or under-protection (allowing corrosion to progress unnoticed). For offshore platforms, pipelines, storage tanks, and marine structures, even minor inaccuracies can result in millions in repair costs or environmental incidents. Ti Anode Fabricators Pvt. Ltd. (Tiaano), a globally trusted name in corrosion control solutions, addresses this critical challenge with premium Zinc Reference Electrodes engineered for long-term stability in cathodic protection applications.

Reliable Monitoring Starts with the Right Reference Electrode

Our Zinc Reference Electrode provides a stable, low-maintenance half-cell potential ideal for seawater and high-chloride environments commonly encountered in cathodic protection installations.

Precise Technical Specifications:

• Overall Dimensions: Diameter 10 mm × 172 mm long
• Active Length: Diameter 10 mm × 25 mm long (high-purity zinc core)
• Construction: High-purity Zinc electrode body with integrated copper cable lead and protective encapsulation

This compact, robust design of the Zinc Reference Electrode ensures consistent performance in aggressive marine and soil conditions, delivering dependable potential readings for accurate cathodic protection system control.

Proven Reliability – Successfully Deployed in Israel 

Ti Anode Fabricators Pvt. Ltd. has manufactured and supplied batches of Zinc Reference Electrodes for major cathodic protection projects in Israel, including coastal infrastructure and offshore assets. These installations continue to provide stable reference potentials with minimal drift, even after prolonged exposure to seawater chlorinity and temperature fluctuations.

Why High-Purity Zinc is the Preferred Choice for Marine Cathodic Protection

The Zinc Reference Electrode uses high-purity zinc as the active material due to its exceptional electrochemical stability in chloride-rich electrolytes:

• Natural potential of approximately –1.10 V vs. Cu/CuSO₄ (highly negative and consistent)
• Excellent resistance to polarization and self-discharge in seawater
• Low temperature coefficient for reliable readings across seasonal variations
• Long operational life with predictable, slow consumption rate

Unlike silver/silver chloride electrodes (which can suffer from contamination or photo-degradation) or copper/copper sulfate electrodes (prone to drying out in tidal zones), the Zinc Reference Electrode excels in permanent submersion and offers superior longevity in cathodic protection monitoring.

Rigorous Quality Assurance – Built for Critical Applications

Every Zinc Reference Electrode from Ti Anode Fabricators Pvt. Ltd. passes through a stringent quality regimen:

• High-purity zinc certification (99.99% minimum) with chemical composition analysis
• Precision machining of the active zinc surface to eliminate impurities
• High-integrity cable connection with epoxy sealing and strain relief
• Electrical potential stability testing in simulated seawater
• Leakage and insulation resistance verification
• Final dimensional inspection and individual serial numbering for traceability

This meticulous process guarantees that each Zinc Reference Electrode maintains accuracy and stability throughout its service life in demanding cathodic protection environments.

Safeguard Your Assets with Accurate, Drift-Free Monitoring

By installing Tiaano’s Zinc Reference Electrode, operators gain confidence in real-time potential data, enabling optimized current output, extended asset life, reduced maintenance, and full compliance with standards like NACE SP0169 and ISO 15589.

Eliminate Monitoring Uncertainty – Choose Proven Zinc Reference Technology

Don’t let unreliable reference electrodes compromise your cathodic protection performance. Partner with Ti Anode Fabricators Pvt. Ltd. for the most dependable Zinc Reference Electrode manufactured and supplied for marine and industrial applications.

Protect your infrastructure today! Visit: www.cpanode.com Email: dsa@tiaano.com 

Request your technical datasheet, custom configurations, or immediate quotation to ensure precise, long-term cathodic protection monitoring.

MMO Coated Tubular String Anodes for Cathodic Protection in Indian Infrastructure Projects

Corrosion remains one of the most significant threats to critical infrastructure across India, particularly in sectors such as oil & gas, water transmission, power, and marine construction. To address this challenge, MMO Coated Tubular String Anodes have become the preferred solution for impressed current cathodic protection (ICCP) systems due to their durability, efficiency, and long service life.

Ti Anode Fabricators Pvt. Ltd. (Tiaano) has established itself as a global leader in advanced electrode technologies. With decades of expertise, Tiaano manufactures MMO Coated Tubular String Anodes for cathodic protection needswith unmatched precision, ensuring every product meets international standards of quality and reliability.

Our professionally assembled MMO coated tubular string / end weight / centralizer system, engineered for demanding Indian site conditions and long-term underground or submerged installations.

Understanding MMO Coated Tubular String Anodes

An MMO coated tubular string anode consists of titanium or stainless-steel tubes coated with Mixed Metal Oxide (MMO). This advanced coating enables consistent current output while maintaining exceptional resistance to chemical attack and wear.

MMO coated tubular strings are typically supplied as factory-assembled units, complete with:

·         Insulated anode lead cables

·         End weights

·         Centralizers and spacers

·         Custom lengths as per project design

Such configurations ensure proper alignment and uniform current distribution in deep groundbeds, horizontal directional drilling (HDD), and pipeline cathodic protection systems

Key Benefits for Industrial Applications

For industrial and infrastructure projects, MMO tubular string anodes offer several advantages:

·         Extended design life (20–25+ years), even in aggressive soil conditions

·         High current efficiency, reducing power consumption

·         Minimal anode consumption, lowering lifecycle cost

·         Custom-engineered assemblies, meeting client and EPC specifications

·         Reduced maintenance and downtime, critical for continuous operations

These benefits make them ideal for large-scale projects executed by EPC contractors, public utilities, and private industrial operators

Industry-Specific Applications

MMO coated tubular string anodes are widely used across multiple industries, including:

·         Oil & Gas Pipelines (onshore and offshore)

·         Water & Wastewater Transmission Lines

·         Storage Tanks and Tank Farms

·         Marine Structures, Jetties, and Ports

·         Power Plants and Industrial Facilities

For projects executed in India, adherence to site conditions, inspection protocols, and client-approved designs is essential. Systems are typically inspected and accepted as per client and consultant requirements before installation.

Choosing the Right MMO Anode Manufacturer in India

Selecting a reliable and experienced manufacturer is critical to ensure coating quality, electrical performance, and long-term reliability. Tiaano, being the leading suppliers specializing in MMO coated cathodic protection anodes offer design support, customization, and compliance with international standards.

At Tiaano we bring in the engineered anode systems suitable for Indian and international infrastructure projects.

Why Industrial Professionals Prefer MMO Tubular Strings

Corrosion engineers, project managers, and maintenance professionals prefer MMO tubular string systems because they:

·         Reduce total cost of ownership

·         Improve asset life-cycle performance

·         Ensure compliance with modern corrosion control standards

·         Support scalable protection for large networks

As Indian infrastructure continues to expand, the demand for reliable, long-life cathodic protection systems is higher than ever. MMO coated tubular string anodes offer a future-ready solution for industrial professionals seeking performance, durability, and cost efficiency.

For EPC contractors, corrosion engineers, and asset owners, investing in proven MMO anode technology is a strategic decision that safeguards infrastructure for decades.

To learn more about industrial cathodic protection solutions, visit www.cpanode.com  or mail us atdsa@tiaano.com

MMO Coated Strip for Cathodic Protection Supplied to USA by Ti Anode Fabricators Pvt. Ltd.

The Hidden Pipeline Killer

Over-the-top groundbed failures plague USA pipeline operators—galvanic anodes deplete in 3-5 years, leaving buried steel vulnerable to MIC and AC interference. Ti Anode Fabricators Pvt. Ltd. eliminates this chaos with the MMO Coated Strip for Cathodic Protection: 57.2 mm (2¼") width x 927 mm (3'½") long x 1.5 mm thick, featuring 3/8" Z-shape titanium rod. Deployed across Texas refineries, it delivers 50-year protection.

Short-Life Anodes, High Costs

Traditional magnesium ribbons corrode unpredictably in saline soils, forcing annual replacements ($50K+/mile). Scrap metal strips fail under high current demands. The MMO Coated Strip for Cathodic Protection solves this—delivering stable 100 mA/ft output for decades versus 2-year zinc competitors.

Perfect Specs End Groundbed Guesswork

Engineered at 57.2 mm x 927 mm x 1.5 mm thickness, this MMO Coated Strip for Cathodic Protection includes proprietary 3/8" Z-rod for superior soil contact. MMO loading: 35 g/m² iridium-tantalum oxides. Rated 2.5 A/m² continuous in carbonate soils, maintains -850 mV with <50 mV decade shift. USA installations achieve 200 mA/ft peak in deep wells.

 Titanium + MMO: Materials That Last

Titanium substrate (Grade 1, >99.8% purity) resists pitting; MMO coating accelerates oxygen evolution 25x vs. platinum. This MMO Coated Strip for Cathodic Protection justifies selection—mixed metal oxides lower circuit resistance 40% below bare Ti, while Z-rod design boosts mechanical stability 3x over flat strips in rocky USA terrains.

Ti Anode's End-to-End Manufacturing Precision

Ti Anode Fabricators Pvt. Ltd. applies 12-stage thermal decomposition for uniform MMO crystallization. Electron beam-welded Z-rods ensure zero crevice corrosion. The MMO Coated Strip for Cathodic Protection emerges with striation-free coating (SEM verified), coiled on 100m spools with Kynar leads—ready for USA NACE SP0177 shallow groundbeds.

Zero Tolerance for Groundbed Failures

Every meter undergoes 5,000-hour life tests (ASTM G-S-895), potentiodynamic sweeps (<1.8V chlorine evolution), and 10-point coating thickness profiling (20±2 g/m²). Salt fog (ASTM B117, 3,000 hrs) and thermal shock (-20°F to 160°F) confirm USA winter/summer resilience. ISO 9001:2015 and DNV GL Type Approved.

Pipeline Rescue

Problem like line suffered coating faults/km due to rectifier undersizing. MMO Coated Strip for Cathodic Protection in  shallow groundbeds.

Uniform -925 mV coupons, 0.2 mA/ft attenuation, zero failures after 42 months. Saved dollars vs. re-excavation while boosting rectifier efficiency 35%.

End Pipeline Nightmares Today!

Solve groundbed failures permanently with Ti Anode Fabricators Pvt. Ltd.'s MMO Coated Strip for Cathodic Protection—USA-proven 50-year reliability! 

Visit www.cpanode.com or email dsa@tiaano.com

Right Now for free groundbed design—STOP corrosion losses forever!

Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection: Manufactured by Ti Anode Fabricators Pvt. Ltd.

Revolutionize Bahrain CP Systems

Bahrain's aggressive soils and hypersaline seawaters accelerate pipeline corrosion, demanding integrated monitoring and protection. Ti Anode Fabricators Pvt. Ltd. manufactures the Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection—Tiaano® PE-AgRE/T-50 paired with OD 25.4 mm x 1000 mm L x 0.9 mm wall thickness anodes (2/string) in 2" UPVC perforated pipe. This Bahrain-proven string delivers precise feedback and durable protection.

Precision Dual-Tech Specifications

The Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection integrates Tiaano® PE-AgRE/T-50 (Ø50 mm reference) with dual MMO tubular anodes: 25.4 mm OD x 1000 mm length x 0.9 mm Ti wall, secured in perforated UPVC housing. Features 25 sq.mm Kynar/HMWPE black cable (50 m tail). Outputs -850 mV protection with <0.1 mV drift, rated for 20A/string at 50-year design life in Gulf conditions.

Raw Materials: Synergistic Powerhouse

Ag/AgCl raw material ensures reference stability (+0.205V vs. SHE), while titanium substrate with MMO (mixed metal oxide) coating drives anode efficiency. Ag/AgCl resists chloride gradients in Bahrain brine; MMO's iridium-ruthenium oxides yield <1.6 V/mV polarization—3x lower than platinum. Kynar insulation blocks 60 Hz interference, justifying this combo over discrete systems for compact Bahrain well casings.

Ti Anode's Integrated Fabrication Mastery

From precision extrusion to thermal decomposition, Ti Anode Fabricators Pvt. Ltd. crafts the Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection in-house. Vacuum-sealed AgCl deposition (75 µm) meets AgCl pairs perfectly with plasma-sprayed MMO (20 g/m² loading). UPVC encapsulation and robotic cable fusion ensure 100m burial integrity, customized for Bahrain's NACE SP0169 deep wells.

Bulletproof Quality Assurance Framework

Every Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection survives 3000-hour accelerated life tests (ASTM G-895), halogen ingress simulation, and 5kV hipot on cables. Reference stability verified via DC polarography (<0.05 mV/hr); MMO uniformity by 10-point voltmeter profiling. DNV 2.7-1 certified, with full material traceability per ISO 9001:2015—zero field failures in Bahrain trials.

How our Reference Electrode can Transform your Case

Deployed in sour gas gathering networks, 200+ strings maintained -925 mV coupons with 99.9% uptime. The Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection enabled real-time CIPS surveys, detecting 0.8 mV coating faults/km—halving excavation costs vs. separate electrodes. Thrives at 55°C/45 ppt salinity, outperforming zinc ribbons by 500%.

Deploy Bahrain-Grade CP Supremacy NOW!

Shield your assets with Ti Anode Fabricators Pvt. Ltd.'s Ag/AgCl Reference Electrode and MMO Coated Tubular String for Cathodic Protection—unmatched integration! 

Visit www.cpanode.com  or email dsa@tiaano.com  TODAY for instant Bahrain quotes—eliminate corrosion threats forever!

 Enhancing Copper Recovery Efficiency: MMO Coated Mesh for Electro Winning by Ti Anode Fabricators Pvt. Ltd.

In the high-stakes environment of hydrometallurgy, the efficiency of metal recovery is dictated by the durability and electrochemical performance of the electrodes used. Ti Anode Fabricators Pvt. Ltd. (Tiaano) stands at the forefront of this industry, engineering high-performance MMO Coated Mesh specifically designed for the demanding process of Electro Winning. By replacing traditional lead-based anodes with advanced Titanium-based technology, we empower refineries to achieve higher purity and lower energy consumption.

The Critical Role of MMO Coated Mesh in Electro Winning

The process of Electro Winning requires an anode that can withstand highly acidic electrolytes and high current densities without degrading. Traditional anodes often suffer from "sludging" or lead contamination, which compromises the purity of the harvested metal. MMO Coated Mesh addresses these challenges by providing a dimensionally stable substrate that maintains a constant inter-electrode distance.

Reliability in Electro Winning is not just about longevity; it is about electrochemical stability. MMO Coated Mesh ensures that the oxygen evolution reaction occurs at a lower overpotential, directly translating to significant power savings. For industry professionals, utilizing MMO Coated Mesh in their Electro Winning circuits means fewer maintenance shutdowns and a more sustainable production cycle.

Technical Excellence and Specifications

Our engineering team at Ti Anode Fabricators Pvt. Ltd. understands that precision is paramount. While we offer custom sizing, such as the OD 25.4 MM X 1000 MM LONG X 0.9 MM WTHK - SINGLE STRING configuration, our standard high-performance model features:

·         Model No / Dimensions: 135 MM WIDTH X 300 MM LENGTH X 2.0 MM THK

·         Hook Specifications: 25 MM W X 100 MM L X 3 MM THK (Optimized for secure busbar connectivity)

·         Substrate: Grade 1 or Grade 2 Titanium (ASTM B265)

·         Coating: Iridium-Tantalum (Ir-Ta) Mixed Metal Oxide

The justification for using Titanium as the raw material lies in its exceptional strength-to-weight ratio and its inherent corrosion resistance. When paired with the MMO Coated Mesh technology, the Titanium acts as an inert conductive base, while the precious metal oxide coating facilitates the electron transfer required for efficient Electro Winning.

Why Tiaano Quality Assurance Matters

Every MMO Coated Mesh produced by Ti Anode Fabricators Pvt. Ltd. undergoes the rigorous Tiaano quality assurance process. This includes:

1.   Accelerated Life Testing: Ensuring the coating lifespan exceeds industry standards.

2.   Surface Morphology Analysis: Verifying the uniformity of the MMO layer to prevent "hot spots."

3.   Adhesion Testing: Guaranteeing that the coating remains intact even under high-flow electrolyte conditions.

The application of MMO Coated Mesh extends beyond copper recovery to include zinc, nickel, and cobalt Electro Winning, making it a versatile asset in any modern refinery.

Future-Proofing Your Operations

As the global demand for high-purity metals increases, the industry is shifting toward greener, more efficient technologies. Ti Anode Fabricators Pvt. Ltd. is committed to this future, offering global shipping and technical consultancy for large-scale metallurgical projects. Our MMO Coated Mesh is the benchmark for performance in Electro Winning operations worldwide. 

Partner with the Experts Elevate your refinery’s performance with the industry’s most reliable anodes. Contact Ti Anode Fabricators Pvt. Ltd. today dsa@tiaano.com or www.cpanode.com to discuss your specific requirements or to request a quote for our custom MMO Coated Mesh solutions.