Hele Titanium is China’s leading manufacturer of MMO anodes, providing a wide range of customized mixed metal oxide anodes. Whether your project involves cathodic protection or wastewater treatment, our solutions are precisely tailored to meet your specifications. Contact us today to engineer the optimal MMO anode solution for your specific applications.
Welcome to Hele Titanium, the leading provider of Mixed Metal Oxide (MMO) anodes, where exceptional durability meets consistent electrochemical performance. Our MMO anodes, coated with a blend of ruthenium and iridium oxides on a titanium substrate, are designed to offer superior energy efficiency and reliability, catering to industries in need of high-endurance electrochemical solutions.
Explore our extensive selection of product forms, including plates, sheets, meshes, rods, wires, and baskets, all customized to fulfill the unique demands of your industrial applications. Our anodes excel in a variety of settings, especially in cathodic protection, electrochlorination, water treatment, and other electrochemical processes, demonstrating unmatched efficiency and effectiveness.
At Hele Titanium, we pledge to deliver products that embody quality and reliability. Our MMO anodes are the key to sustained, top-tier electrochemical performance. Collaborate with us to achieve success and excellence in all your electrochemical endeavors.
Designed with mixed metal oxide, the MMO Linear Anode offers consistent current distribution, making it ideal for cathodic protection of structures like pipelines. Its durable and low-maintenance nature ensures efficient performance.
MMO Canister Anode is a state-of-the-art product designed specifically for cathodic protection applications, ensuring the longevity and reliability of infrastructures such as pipelines, tanks, and marine structures
Wire Anode is ingeniously crafted to offer flexibility, allowing for seamless adaptation to an array of applications. From underground installations to submerged structures, its versatile design ensures dependable corrosion protection while accommodating diverse operational environments.
Precisely engineered for applications that demand a larger surface area without compromising on efficiency. Its streamlined form ensures optimal current distribution while providing excellent corrosion protection.
A cylindrical anode ideal for cathodic protection in challenging environments. Its tubular structure ensures uniform current distribution and extended lifespan.
The MMO Rod Anode, a cylindrical powerhouse, is engineered for efficient cathodic protection. With its durable design, it ensures uniform current distribution and extended service life
An advanced anode designed to prevent corrosion in water heaters, extending tank life without the need for replacement, ensuring consistent protection and water quality.
A disc-shaped anode designed for effective cathodic protection, even in demanding environments. Its flat, circular structure guarantees uniform current distribution and prolonged durability.”
As a leading MMO Anode manufacturer, we take pride in our ability to offer a comprehensive range of customization services to meet your exact needs. Here are the specialized services we provide:
If you have specific customization needs, don’t hesitate to reach out to our expert team today. Let’s work together to create the perfect MMO anode tailored to your application!
At Hele Titanium, we’ve streamlined the customization process, making it easy and convenient to acquire your personalized MMO anodes. With just four straightforward steps, our expert team will work closely with you to ensure all your requirements are met. Experience the benefits of tailored solutions for your electrochemical needs and trust Hele Titanium for hassle-free, high-quality customization.
As a premier manufacturer of MMO Anodes, we are ideally situated to supply wholesalers, brand owners, contractors, and trade professionals. Leveraging our extensive manufacturing experience and advanced production facilities, we meet various demands, providing custom solutions that meet each client’s specific needs. Our dedication to surpassing industry standards cements our status as a reliable partner in the MMO Anode sector.
For Wholesalers: Our advanced manufacturing centres are equipped for high-volume production, emphasizing cost-efficiency and timely delivery. Stringent quality control ensures the consistent excellence of our products.
For Brand Owners: We specialise in anode design and packaging and help your brand stand out with bespoke solutions. Rest assured, the MMO Anodes we provide exemplify top-tier quality.
For Contractors: Our engineering team ensures that our MMO Anodes fit your project requirements seamlessly. Under tight schedules? We can expedite production to meet your deadlines.
Hele Titanium is dedicated to supplying superior Mixed Metal Oxide (MMO) Anodes that fulfill the stringent requirements of your clientele. By controlling every aspect of our production process, from manufacturing to quality assurance, we guarantee the reliability and expertise of every MMO electrode we produce.
MMO Anodes are crucial in numerous electrochemical applications, significantly impacting the performance and lifespan of your systems. Below are some common questions we receive regarding the utilization and functionality of Mixed Metal Oxide Anodes:
MMO (Mixed Metal Oxide) Anode is an electrode made from a blend of metal oxides, typically applied to titanium substrates. Due to its exceptional catalytic properties and corrosion resistance, it’s prevalent in various electrochemical applications.
The breakdown voltage of an MMO Anode varies based on factors like its coating thickness and its application. It generally fluctuates from several volts to over 100 volts.
MMO Anodes are among the top choices for electrolysis due to their excellent catalytic activity, longevity, and resistance to chemical and electrochemical reactions.
MMO Anodes are electrodes coated with a combination of metal oxides. They’re preferred in numerous electrochemical processes because of their exceptional electrocatalytic properties.
Given their resistance to corrosion, MMO Anodes typically operate at low consumption rates, which vary based on the specific application and operating conditions.
Mixed Metal Oxides find use in various domains like electrodes for electrochemical processes, corrosion protection, water treatment, etc., owing to their beneficial catalytic and conductive characteristics.
MMO coating is the act of applying a mixed metal oxide layer to a titanium base. This can be achieved through methods such as thermal decomposition, electrochemical deposition, or chemical procedures.
In the realm of cathodic protection, MMO coatings are employed on anodes to bolster their efficiency in shielding metal structures from corrosion.
The ideal current density for MMO Anodes can differ based on the specific use-case. Nonetheless, it typically ranges from 10 to 100 A/m².
The term “mixed oxide” stems from the practice of blending different metal oxides, which results in improved electrocatalytic properties and enhanced resistance to corrosion.
Due to their exceptional electrochemical characteristics and versatility across various industrial uses, the demand for MMO Anodes is growing. These mixed metal oxide anodes are known for their adaptability, making them ideal for water treatment and electroplating applications.
Choosing the right MMO Anode, however, can seem overwhelming. But don’t worry! Our experts have compiled this guide to clearly summarize the crucial factors to consider when selecting an MMO Anode.
Chapter 1
Mixed Metal Oxide (MMO) Anodes, crafted by depositing a fine layer of mixed metal oxides on a titanium base, embody a sophisticated electrode technology. These coatings generally comprise noble metals, such as ruthenium and iridium, enhancing the anode’s electrochemical attributes.
Renowned for their exceptional electrochemical performance and robustness, MMO Anodes are extensively used in diverse industrial domains. Their applications span from cathodic protection and water treatment to electroplating and chlor-alkali processes, attributed to their superior corrosion resistance and prolonged service life.
Chapter 2
A Mixed Metal Oxide (MMO) Anode is an electrode widely utilized across various sectors for tasks like cathodic protection, water treatment, and electrochemical processes. It plays a vital role in preventing corrosion in metal structures and facilitating certain electrochemical reactions, making it indispensable in these contexts.
Saltwater ElectrolysisDuring the saltwater electrolysis, the MMO Anode is instrumental in oxidizing chloride ions. This action involves the anode facilitating the removal of electrons from these ions, producing chlorine gas.
This process is critical in industries like water treatment and disinfection, where chlorine gas is a key agent for sterilization and purification.
Cathodic Protection SystemsIn the realm of cathodic protection systems, the MMO Anode is integral to protecting metallic infrastructures, such as underground pipelines and storage tanks.
It achieves this by donating electrons to these metal structures, ensuring they remain in a cathodic state. This electron donation process prevents the metal’s oxidation, safeguarding it against corrosion and extending the lifecycle of the infrastructure.
To encapsulate, the MMO Anode serves a dual function: it facilitates the loss of electrons during the electrolysis process, and in cathodic protection, it acts as a source of electrons. This dual capability underscores its adaptable and vital presence in various electrochemical applications, showcasing the anode’s multifunctional nature.
Chapter 3
Mixed Metal Oxide (MMO) Anodes are integral components in electrochemical processes, offering unparalleled benefits that enhance various industrial systems’ operational efficiency and sustainability. Below are the key advantages of utilizing MMO Anodes:
Durability and Longevity: Renowned for their extended operational life, MMO Anodes resist corrosion exceptionally well, reducing the need for frequent replacements.These attributes collectively make Mixed Metal Oxide Anodes a superior choice for enhancing industrial operations’ efficiency, sustainability, and cost-effectiveness.
Chapter 4
Our MMO Anodes are engineered with precision to deliver exceptional performance in various electrochemical applications. Below is a detailed overview of the technical specifications that define our high-quality mixed metal oxide anodes:
| Specification | Detail |
| Coating Material | Mixed Metal Oxide (MMO) |
| Base Metal | Gr1, Gr2 titanium |
| Temperature Range | <60 ℃ |
| Apply Current | <15000A |
| Oxygen Evolution Potential | ＜1.45V |
| Fluoride Content | <50mg / L |
| Precious Metal Content | 8-20g / m2 |
| Coating Thickness | 8-15μm |
| PH Value | 1-12 |
| Enhanced Life | 300 H-400H |
| Anode Shapes | plates, tubes, nets, rods, wires, machined parts |
These specifications highlight the robustness and adaptability of our MMO-coated titanium Anodes, ensuring they meet the high standards required for your specific applications.
Chapter 5
MMO (Mixed Metal Oxide) Anodes and Platinum Anodes are pivotal in electrochemical applications, each bringing unique properties to the table. Understanding their differences is crucial for selecting the appropriate anode type for specific applications. Here’s a detailed comparison of their key characteristics:
Chapter 6
Comparing MMO (Mixed Metal Oxide) Anodes with Graphite Anodes is essential for understanding their suitability for different electrochemical applications. Each type of anode has distinct features that make it more appropriate for specific conditions and processes. Below is a detailed analysis of their characteristics:
| Characteristic | MMO Anode (Mixed Metal Oxide Anode) | Graphite Anode |
|---|---|---|
| Composition | Titanium substrate coated with mixed metal oxides. | Composed entirely of graphite. |
| Cost | Generally more expensive than graphite anodes. | Less costly compared to MMO anodes. |
| Durability & Lifespan | High durability and longer lifespan in various electrolytic processes. | Shorter lifespan, particularly in harsh conditions. |
| Conductivity | Good electrical conductivity. | Superior electrical conductivity. |
| Overpotential | Optimized for specific reactions, can lower energy use. | May have higher overpotential, increasing energy use. |
| Applications | Used in electrochlorination, cathodic protection, wastewater treatment, etc. | Common in electrolysis, batteries, and other electrochemical applications, though increasingly replaced due to limitations. |
| Corrosion Resistance | More resistant to corrosion across different environments. | Less resistant to corrosion, especially in acidic or alkaline settings. |
| Environmental Impact | Low risk of contamination with intact coating. | Potential contamination issues as graphite deteriorates, affecting purity in certain applications. |
| Maintenance | Requires less maintenance due to greater durability and stability. | Needs more frequent replacement and maintenance due to faster wear and breakage. |
This comparison elucidates the fundamental differences between MMO and Graphite Anodes, assisting in selecting the most appropriate anode type for specific electrochemical applications based on performance, durability, and cost-effectiveness.
Chapter 7
In the realm of electrochemistry, particularly in processes such as chlor-alkali production and water treatment, the terms MMO (Mixed Metal Oxide) and DSA (Dimensionally Stable Anode) are frequently encountered. While these anodes share common ground in their applications, distinct differences set them apart.
Notably, while all MMO anodes qualify as DSAs due to their structural integrity during electrolysis, DSAs encompass a broader category and are not limited to MMO coatings.
Chapter 8
The production of Mixed Metal Oxide (MMO) Anodes is a comprehensive process, meticulously designed to ensure superior quality, longevity, and functionality across different applications. Below is a step-by-step breakdown of the MMO Anode manufacturing journey:
Chapter 9
Mixed Metal Oxide (MMO) Anodes, crucial for cathodic protection, have demonstrated their robustness in a variety of settings, such as seawater, brackish water, freshwater, carbon backfill, and concrete, for more than three decades. A thorough understanding of their extensive attributes and application spectrum is essential.
The versatility of MMO anodes is evident in their availability in various forms including tubular, wire, ribbon, rod, disc, and canister, catering to the specific requirements of different applications. This diversity enables the customization of cathodic protection systems to guarantee optimal performance in each distinct environment, thereby boosting the system’s efficiency and prolonging its operational lifespan.
MMO Tubular AnodesThe MMO Tubular Anode is a cylindrical electrode coated with mixed metal oxide (MMO) and designed for effective cathodic protection in various environments. Its tubular shape allows for a large surface area, enhancing electrochemical activity and current distribution.
This design makes it suitable for applications in water treatment, protection of underground pipelines, and marine structures. The tubular form ensures consistent performance, long service life, and efficiency in protecting assets from corrosion.
MMO Wire AnodesThe MMO Wire Anode is a versatile and slender electrode, designed with a Mixed Metal Oxide coating to enhance its electrochemical performance and longevity. Its wire form factor offers the flexibility needed for precise installations, ideally suited for the internal cathodic protection of pipelines, storage tanks, and other complex structures.
Due to its efficient and uniform current distribution capabilities, the MMO Wire Anode ensures effective corrosion prevention in confined and challenging environments. Its robust construction and MMO coating guarantee long-term durability and consistent performance, making it a reliable choice for detailed corrosion protection tasks.
MMO Ribbon AnodesThe MMO Ribbon Anode is crafted with a Mixed Metal Oxide coating on a flat, ribbon-like titanium substrate, offering superior durability and electrochemical efficiency. This design facilitates extensive surface area contact, making it ideal for comprehensive cathodic protection in applications like soil, sand, and concrete environments.
With its broad and thin structure, the MMO Ribbon Anode provides excellent current distribution, ensuring thorough and uniform protection against corrosion. Its adaptability and effectiveness in various protective environments and its long service life render it an optimal solution for extensive cathodic protection systems.
MMO Disc AnodesThe MMO Disc Anode is engineered with a Mixed Metal Oxide coating on a compact, disc-shaped titanium base, enhancing its durability and electrochemical functionality. This form is particularly suited for localized cathodic protection applications, including protection of tank bottoms, small vessels, and in environments where space is limited but high performance is required.
The disc shape of the MMO Anode allows for focused and efficient current distribution, providing targeted corrosion protection. Its robust construction and specialized coating ensure consistent performance and longevity, making the MMO Disc Anode an excellent choice for focused cathodic protection needs.
MMO Rod AnodesThe MMO Rod Anode, featuring a Mixed Metal Oxide coating on a cylindrical titanium rod, combines structural strength with excellent electrochemical properties. This design is well-suited for applications requiring deep well cathodic protection or where anodes must be inserted into narrow spaces, such as in pipelines or alongside marine structures.
With its rod-like geometry, this anode offers concentrated current distribution, making it highly effective for protecting against corrosion in targeted areas. The robust MMO coating ensures the anode’s longevity and consistent performance, making the MMO Rod Anode a reliable choice for specialized cathodic protection applications.
MMO Ribbon Mesh AnodesThe MMO Ribbon Mesh Anode is a specialized form, integrating the extensive surface area of a mesh design with the flexibility and adaptability of a ribbon. This anode is coated with Mixed Metal Oxide and offers excellent electrochemical properties and durability. It’s particularly effective for cathodic protection in environments like reinforced concrete structures, where its mesh ribbon form can be easily embedded to provide uniform current distribution and comprehensive corrosion protection. This unique combination ensures extensive coverage and targeted protection, making the MMO Mesh Ribbon Anode a versatile and efficient choice for a wide range of cathodic protection applications.
MMO/TI Flexible AnodeThe MMO/Ti Flexible Anode, combining Mixed Metal Oxide with a titanium substrate, offers unparalleled flexibility and durability for cathodic protection applications. This anode is designed to conform to various shapes and structures, making it ideal for complex geometries or surfaces that require a conformable and effective corrosion protection solution.
Its flexibility does not compromise its strength or efficiency, as the MMO coating ensures a high level of electrochemical performance and longevity. This makes the MMO/Ti Flexible Anode particularly suitable for protecting pipelines, tanks, and other structures with irregular surfaces or in environments where traditional rigid anodes cannot be effectively applied.
MMO canister anodeThe MMO Canister Anode encapsulates the Mixed Metal oxide-coated titanium anode within a durable canister, providing focused and efficient cathodic protection in a contained form. This design is particularly effective for targeted applications such as protecting underground pipelines, storage tanks, and other buried or submerged structures.
The canister format protects the anode material and facilitates controlled current distribution, ensuring precise corrosion protection in the designated area. The robust construction of the MMO Canister Anode allows for a long service life and consistent performance in various environmental conditions.
Powered Anode RodThe Powered Anode Rod is an advanced cathodic protection device that uses an external power source to provide a consistent and controlled protective current. Unlike passive sacrificial anodes, powered anode rods are made of durable materials like titanium coated with Mixed Metal Oxide (MMO), which do not deteriorate over time.
This type of anode is designed to prevent corrosion in water heaters, tanks, and other storage systems by maintaining a steady flow of electrons, regardless of the water condition. The powered anode rod’s longevity and efficiency make it a superior choice for long-term corrosion protection, reducing maintenance needs and extending the lifespan of the protected equipment.
Chapter 10
Mixed Metal Oxide (MMO) Anodes, renowned for their versatile applications, are underpinned by coatings made from various metal oxides such as iridium oxide (IrO2-x) and ruthenium oxide (RuO2-x), along with combinations thereof. The base of these anodes often comprises materials like titanium oxide (TiO2-x) and tantalum oxide (Ta2O5), contributing to their robustness and longevity. The performance and lifespan of MMO Anodes are influenced by their chemical composition and the environmental conditions in which they operate. The following sections explore the widespread use of MMO Anodes across different industries, highlighting their adaptability and essential role in modern applications.
Water TreatmentIn water treatment, MMO Anodes are pivotal in electro-oxidation, breaking down and eliminating organic pollutants. Their effectiveness in transforming contaminated water into clean, usable water underscores their importance in this sector.
Furthermore, the durability and efficiency of MMO electrodes make them ideal for continuous operation in treatment facilities, ensuring consistent water quality and compliance with environmental standards.
Cathodic ProtectionMixed metal oxide( MMO) Anodes are utilized to prevent corrosion in metal structures for cathodic protection. They are particularly effective in impressed current cathodic protection systems, offering a reliable current source to protect assets like pipelines and marine structures.
These anodes maintain structural integrity and extend the service life of such installations, providing cost-effective and long-lasting protection solutions.
Electro ChlorinationIn electrochlorination processes, MMO Anodes facilitate chlorine gas generation from saltwater, which is a critical component in desalination plants and pool sanitation systems. The chlorine produced acts as a potent disinfectant, ensuring the safety and cleanliness of the water.
The adaptability and resilience of these MMO electrodes in varying saline conditions make them indispensable for consistent chlorine production, crucial for maintaining hygiene and water quality standards.
ElectrometallurgyIn electrometallurgy, MMO Anodes are essential for metal plating and extraction, known for their resistance to high current densities.
Their role in facilitating smooth metal deposition processes highlights their utility in this field. Whether for refining precious metals or producing high-purity compounds, these anodes ensure efficient and reliable outcomes, contributing significantly to the metallurgical industry’s success.
Electroplating IndustriesIn electroplating, MMO Eletrodes provide a stable and consistent current source, crucial for the deposition of metals on various substrates.
From decorative finishes to protective coatings, their application is broad and varied. Their consistent performance ensures high-quality plating results, meeting the rigorous demands of industries ranging from automotive to electronics, where precision and reliability are paramount.
ElectrodialysisElectrodialysis, a pivotal process in desalination and demineralization, heavily relies on the functionality of MMO Anodes. These anodes are critical in facilitating ion migration through selective membranes, which is fundamental in separating and purifying solutions in water treatment processes.
Electrodialysis systems achieve enhanced efficiency and effectiveness by employing MMO electrodes, allowing for the precise removal of unwanted ions from water, thus ensuring the production of high-quality, purified water. This makes Mixed metal oxide (MMO) Anodes indispensable in environments where water purity is paramount.
Metal Foil ProductionIn the sector of metal foil production, especially for titanium and other rare metals, MMO Anodes stand out for their essential role. Their exceptional conductivity and robustness under high current conditions are vital for the accurate and efficient production of metal foils, meeting the high standards demanded in the industry.
The use of MMO electrodes in this process ensures the consistent quality and thickness of the metal foils produced, contributing significantly to the operational success in various industrial applications where metal foils are critical components.
Chlor-alkali ProcessThe chlor-alkali process, which produces essential chemicals like chlorine and sodium hydroxide, integrates Mixed metal oxide(MMO) Anodes at its core to facilitate efficient electrochemical reactions. These anodes, with their high corrosion resistance and catalytic efficiency, are crucial for the stable and safe production of these chemicals.
MMO electrodes enhance the chlor-alkali process by ensuring that the electrochemical reactions occur optimally, minimizing energy consumption and maximizing output. Their durability and performance make them a staple in the chemical industry, where reliability and efficiency are key to continuous operation.
In conclusion, the diverse applications of MMO Anodes, from electrodialysis in water purification processes to metal foil production and the chlor-alkali industry, underscore their versatility and critical importance. Their ability to facilitate efficient ion migration, withstand high current conditions for metal foil production, and enhance electrochemical reactions in chemical manufacturing, demonstrates the broad spectrum of their utility. MMO electrodes’ enduring performance and adaptability make them an indispensable component across various sectors, highlighting their pivotal role in advancing and sustaining modern industrial processes.
Chapter 11
Selecting a reputable MMO Anode supplier is paramount for the success and durability of your electrochemical applications. Here is a professional guide to assist you in choosing a supplier that aligns with your needs:
By meticulously considering these factors, you can establish a partnership with an MMO electrode supplier that not only fulfills but surpasses your project requirements, facilitating seamless and effective operations
Chapter 12
Navigating the vast landscape of MMO Anodes, or Mixed Metal Oxide Anodes, can seem daunting for purchasers. However, choosing the suitable type becomes much easier with the right knowledge and understanding of these anodes. The diversity in the design and application of MMO Anodes means that each type serves a distinct purpose. Recognizing your project’s specific requirements will help narrow down the options. This discussion has highlighted the critical aspects to consider when selecting an MMO electrode, ensuring you make an informed decision tailored to your electrochemical process needs.
Hele Titanium, with its professional experience in the industry, stands as a reliable MMO Anode supplier, ready to provide the quality and expertise needed to support your requirements effectively.
Harness our specialized expertise in MMO Anode technology to elevate your project’s efficiency and durability. Collaborate with Hele Titanium for precision-engineered anode solutions tailored to your needs.
