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In electrophoretic coating systems, the anode is the core component determining quality, efficiency, and cost. With the continuous development of electrochemical technology, mixed metal oxide coated titanium anodes (MMO titanium anodes) have gradually become the preferred anode material for electrophoretic coating. MMO Titanium Anode Coating System The core of MMO titanium anodes lies in their
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Wstitanium has developed 4 series and hundreds of specialized coatings, providing high-performance, long-life, and customized MMO titanium anode solutions for sodium hypochlorite production to customers in over 50 countries worldwide. Sodium hypochlorite (NaClO), as a highly efficient and economical disinfectant and oxidant, is widely used globally in drinking water treatment, municipal wastewater treatment, industrial circulating
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Wstitanium has developed a series of high-performance MMO titanium anode products, widely used in alkaline water electrolysis (AWE), proton exchange membrane water electrolysis (PEMWE), and anion exchange membrane water electrolysis (AEMWE). Mixed metal oxide (MMO) titanium anodes reduce energy consumption by 30-40% compared to traditional nickel-based anodes. Energy consumption per unit of hydrogen production can
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MMO Titanium Anodes Application in Medical Wstitanium medical MMO titanium anodes are based on standards such as PMC (United States National Library of Medicine), ISO 19097, ASTM B348, and IEC 60215. They are suitable for 12 core applications, including medical disinfection, medical-grade water electrolysis, hypochlorous acid/ozone disinfection systems, electrosynthesis of pharmaceutical intermediates, biopharmaceutical wastewater treatment,
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Full Range of MMO Titanium Anodes For Chlor-alkali Solutions MMO titanium anodes exhibit exceptional resistance to strong acids, high salts, and corrosion, making them suitable for all complex operating conditions in the chlor-alkali industry (high-impurity brine, high temperature, high current density). They possess high catalytic activity, effectively suppressing the oxygen evolution reaction (OER). Current efficiency
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One-stop MMO Titanium Anode For Hydrometallurgical Manufacturer Wstitanium is a professional manufacturer of MMO titanium anode for hydrometallurgy. Ir-Ta/Ru-Ir coated anodes are custom-engineered for copper, zinc, nickel-cobalt and precious metal electrowinning, featuring ultra-high corrosion resistance, 92%+ current efficiency and 6000+ hours accelerated life. We provide one-stop customization, third-party quality inspection reports and fast global delivery,
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MMO Titanium Anodes for Electrophosphating Solutions As a manufacturer with over a decade of experience in the R&D and manufacturing of MMO titanium anodes, Wstitanium has always focused on specific electrophosphating scenarios. We have provided electrophosphating-specific MMO titanium anode products and solutions to over 100 customers in the automotive, home appliance, and aerospace industries globally.
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MMO Titanium Anodes: A Complete Solution for Electroplating Wstitanium manufactures high-performance, long-life, customized MMO titanium anodes for electroplating industry. The following includes: coating systems, product shapes, full-scenario application solutions, selection guides, project case studies, and frequently asked questions. Wstitanium provides global electroplating companies with a complete, professional, and practical MMO titanium anode application solution. MMO
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Customized MMO Titanium Anodes For Wastewater Treatment Solutions Wstitanium, a leading Chinese manufacturer of MMO titanium anodes, is committed to providing high-performance, long-life, and customized electrochemical solutions for wastewater treatment worldwide. With its thermal decomposition coating technology and rigorous quality control system, Wstitanium’s MMO titanium anodes have been successfully applied in over 100 wastewater treatment
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Comprehensive MMO Titanium Anodes for ICCP Solutions Mixed metal oxide (MMO) titanium anodes, also known as size-stabilized anodes (DSA), have become the mainstream anode choice for ICCP (Impressed Current Cathodic Protection) projects. Their advantages include extremely low electrochemical consumption rates, stable catalytic performance, broad adaptability to various operating conditions, and ultra-long design life. As a
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A Range of Marine Aluminum Sacrificial Anodes solutions Wstitanium, a professional aluminum sacrificial anode manufacturer in China, has been deeply involved in the marine corrosion protection field for over 10 years. We specialize in the research, development, manufacturing, and customization of a full range of marine aluminum sacrificial anodes. Our products cover all shapes, alloy
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Custom Manufacturing Aluminum Sacrificial Anodes For Boats Wstitanium manufactures aluminum sacrificial anodes for boats: available in bracelet, plate, and block forms, suitable for hulls, stern drives, rudders, shafts, propellers, and other components. Custom manufacturing is supported. Compliant with EN 12496, DNV-RP-B401, and MIL-DTL-24779 standards, and provides quality inspection reports. Why “aluminum sacrificial anode”? Boats, yachts,
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Aluminum bracelet anode (bracelet aluminum sacrificial anodes) are used for cathodic protection of cylindrical steel structures such as submarine/offshore pipelines, risers, and dock piles. Semi-shell/segmented structures are available, and custom drawings, third-party inspection, and 24-hour rapid quotation are supported.
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Your Reliable Manufacturer of Aluminum Zinc Indium sacrificial anodes Wstitanium is a trusted manufacturer and supplier of Aluminum Zinc Indium (Al-Zn-In) sacrificial anodes in China. Aluminum Zinc Indium (Al-Zn-In) sacrificial anodes have become the most widely used material in marine engineering. They combine high current capacity, stable operating potential, and excellent corrosion resistance. Compared to
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Zinc sacrificial anode technology has undergone nearly 200 years of development, resulting in a complete material system, design standards, construction specifications, and operation and maintenance system. In the extremely complex environment of the chemical industry, various devices, pipelines, storage tanks, and steel structures are subjected to long-term extreme corrosion from strong acids, strong alkalis, high
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Zinc sacrificial anodes, with their unique technological advantages, have become the preferred solution for cathodic protection of small and medium-sized storage tanks and tanks in complex environments. They require no external power source, are extremely low-cost, and are suitable for tanks in remote areas without power supply. Their uniform current distribution, stable operating potential, and
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Zinc sacrificial anode cathodic protection technology has been widely used in the bridge industry. As early as 1824, British scientist Humphry Davy first discovered the electrochemical protection principle of sacrificial anodes and applied it to the corrosion protection of British naval vessels. After nearly a century of technological iteration, a complete standard system, design methods,
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In the 1920s, the United States first applied zinc sacrificial anodes to the corrosion protection of buried oil pipelines, initiating the large-scale application of zinc anodes in pipeline engineering. In the 1950s, zinc-aluminum-cadmium anodes significantly improved the current efficiency and dissolution uniformity of zinc anodes, becoming the mainstream product in pipeline engineering. Advantages of Zinc
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Zinc sacrificial anodes, as a core technology for cathodic protection of oil and gas facilities, have become the preferred solution for corrosion protection of steel structures such as onshore/offshore oil and gas pipelines, storage tanks, platforms, and well casings. Oil and gas facilities are often located in highly corrosive environments such as seawater, salt spray,
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Zinc sacrificial anodes maintain a stable working potential of -1.05 to -1.10 V (CSE) in seawater/soil. They create a moderate driving potential with carbon steel (-0.55 to -0.85 V), avoiding the risks of coating delamination and hydrogen embrittlement caused by overprotection, and exhibiting a stable current efficiency of 90%–95%. Zinc anodes are indispensable in freshwater,
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Zinc-aluminum-indium sacrificial anodes are high-performance products in the zinc sacrificial anode series. Compared to traditional zinc-aluminum-cadmium sacrificial anodes, indium replaces toxic cadmium, retaining the core advantages of zinc-based anodes such as stable potential and high current efficiency, while also achieving an environmentally friendly upgrade. Zinc-aluminum-indium sacrificial anodes have been widely used in various corrosive media
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Zinc-aluminum-cadmium (Zn-Al-Cd) sacrificial anodes are the best-performing type among zinc sacrificial anodes. Thanks to their core advantages such as stable potential, high current efficiency, uniform dissolution, and strong compatibility, they have become the preferred material for cathodic protection in seawater, saline mud, and low-resistivity soil environments. The core application range of Zn-Al-Cd anodes is: ambient
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Zinc sacrificial anodes are widely used for corrosion protection of steel structures in various media such as seawater, freshwater, and soil, due to their stable electrical performance, high current efficiency, and convenient installation. They are one of the most widely used and technologically mature sacrificial anode materials currently available. Working Principle of Zinc Sacrificial Anodes
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Rudder zinc anodes corrodes preferentially, providing a continuous flow of electrons to the steel base of the rudder, inhibiting the oxidation reaction of iron (Fe→Fe²⁺+2e⁻), and fundamentally blocking the electrochemical corrosion process. This extends the rudder’s service life by 5-10 years. The rudder, as a core component for controlling the ship’s sailing posture, is constantly
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