MMO Tubular titanium Anode provides longest life and greatest current output in all ICCP anodes for the sake of its largest surface area and the compact cable connection. It has been proven to operate effectively in all types of environments, including areas with extremely low pH levels (under 1), and high chloride concentrations. It can be used in strings on offshore platforms or in deep ground beds and other application. UTron has dedicated to MMO tubular anode manufacturing for decades. The MMO tubular anode for cathodic protection of UTron meets ASTM B338 standards in Grade 1 or Grade 2, coated with Iridium - Tantalum - Titanium (IrO2/Ta2O5) coating, widely used in cathodic protection fields. The anodes have been proven to have an extremely low consumption rate and the titanium substrate remains constant throughout the design life of the anode. UTron has strict quality control procedures throughout the whole production process. Each batch is subjected to thorough testing. The anode performance is confirmed by the acceleration acid testing using NACE Standard TM0108. It enables the most cost-effective anode in the industry.

Titanium anodes with Iridium Oxide Coating for Electrochemical Degradation of Organic Pollutants: Electrochemical oxidation is an effective method to treat high-concentration wastewater, it can degrade complex organic pollutants in wastewater into non-toxic small molecular organic compounds or carbon dioxide and water through mineralization of various organic pollutants. In the electrocatalytic oxidation process, different electrode materials behaviors various efficiency. Choosing an appropriate electrode material is an effective way to improve the efficiency of the electrochemical degradation result. Dimensionally stable anode (DSA) has good stability and catalytic activity and has been widely used. It is a kind of noble metal oxides (such as RuO2 and IrO2) with strong corrosion resistance and high stability coated on the titanium. This electrode has the advantages of high oxygen evolution potential, low cost, and easy operation, AUE manufacture a nanocrystal iridium oxide coated titanium anodes for electrochemical degradation of organic pollutants by thermal decomposition method, which shows high chemical oxygen demand (COD) removal rate and efficient degradation result.

Electrolytic chlorination to produce hypochlorite had adopted carbon and platinum as electrode material, but they are proven inefficient, cumbersome and costly. DSA titanium electrode is a simple, reliable and cost efficient solution according to experiment. Below is a test report of over potential and corrosion data for anode materials used in the electrolysis of sodium chloride.

Platinized titanium anode is a good option in hard chrome plating, it reduces the amount of hazardous lead sludge generation, is dimensional stability, resulting in a more stable, homogeneous, and consistent-thickness plating process. Also, platinized anodes are much more flexible in shaping and dimensioning and can be designed according to the shapes of the work pieces to be plated UTron employs titanium expanded mesh as substrate, since it produces uniform current density and excellent plating results.

The electrolytic cell for nickel electrowinninig contains a fairly high amount of chloride and will therefore require an electrode that is resistant to chlorine attack, as chlorine will be evolved at the anode. The complicating factor here is also the production of oxygen at the anode too. Most materials are resistant to either chlorine or oxygen, but not both, or at least not well. For this reason, inert or insoluble catalyst coated anodes applied on an inert substrate. Usually, the best bet is to use a layered inert anode material. The chlorine attack usually occurs on the substrate itself, so it should either have high chlorine over potential, it can be titanium (or tantalum) with a small layer of platinum electroplated to it. Then, the electrode substrate can be coated with an oxygen evolving catalyst, such as iridium dioxide or similar coatings. An excellent lifetime will be obtained in most of application, however care must be exercised not to allow the electrode to be cathodic, or the coating will be quickly lost.

The MMO Ribbon Anode consists of mixed precious metal oxides that are sintered to the surface of titanium substrate to have electro catalytic characteristics. This mixed metal oxide anodes have an extremely low consumption rate, the titanium substrate remains constant throughout the design life of the anode. It can be used in fresh water, brackish water, seawater, coke, or sand environment in cathodic protection application with long operating life.

Anodes in a water heater are divided into sacrificial anode rods and titanium anode rods. A sacrificial anode rod is an exposed metal rod that is inserted into the water heater. It is designed to corrode slowly over time. The sacrificial anode is made from either magnesium, aluminum, or zinc. The lifespan of sacrificial anodes varies greatly based on local water conditions and quality. Annual inspection and replacement for sacrificial anode rods are recommended. In areas with sulfides in the water, there is a reaction with magnesium anodes which creates hydrogen sulfide gas that creates a rotten egg smell in the water. In areas with high conductivity water, aluminum anodes are depleted too quickly, leaving the tank unprotected.

MMO linear anodes are a flexible, prepackaged porous, woven acid-resistant sleeve linear anode contains high conductivity calcined petroleum coke breeze. This sleeve is sewn using a poly two or four-thread double interlocking stitch, which prevents the seam from separating during installation, or when stored in high temperature conditions. This arrangement avoids handling loose coke breeze and simplifies field installation. It improved current distribution increases anode efficiency and helps prevent over-voltage problems such as hydrogen generation and associated rapid coating disbondment. In addition, interference from other structures and stray currents are virtually eliminated.