MMO Vane Anode
Mixed Metal Oxides (MMO) Coated Vane Anode

Mixed Metal Oxides (MMO) Coated Vane Anode

YUXI's vane anode consists of four arms constructed of titanium substrate coated with mixed metal oxide (IrO2/Ta2O5) conductive film. As a key part to compose the pyramid anode, it is generally mounted on a high-density waterproof concrete base, which is to provide negative buoyancy and enhance the stability at sea-bottom. Attached with double-armored insulated cable, this vane anode can be fully assembled in site and lower onto the seabed. This vane anode is ideally suited for cathodic protection of offshore platforms, sheet piling, jetty piles and all similar facilities.
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MMO Linear Anode
YUXI MMO Linear Anode Structure

MMO/Ti Wire Flexible Linear Anode

YUXI's flexible MMO linear anode is a kind of anode which is prepackaged in a porous, non-woven fabric "sock" that contains high conductivity calcined petroleum coke breeze —— enhancing the abrasion and damage resistance. It improves the current distribution efficiency and helps prevent over-voltage problems such as hydrogen generation and associated rapid coating disbondment. Our MMO linear anode consists of titanium wire coated with Ir-Ta mixed metal oxide catalyst, running in parallel with an insulated copper conductor. It is used for impressed current cathodic protection of buried structures, such as buried oil (gas) pipelines, underground tank, petrochemical container etc.
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Mixed Metal Oxide (MMO) Coated Tubular Anode String

Mixed Metal Oxide (MMO) Coated Tubular Anode String

YUXI's MMO tubular anode is generally connected in strings with electrical cable by specialized pure copper connector. Normally, the anode string is pre-assembled in our factory and ready for installation on-site. All connections are encapsulated with good epoxy resin to create a waterproof seal. We recommend dual-insulated cable (such as PVDF/ HMWPE) for use in ground bed with high level of chlorides. While HMWPE is an economical choice for shallow vertical and horizontal surface beds with no chlorides. Marine cable is ideal for seawater applications due to its high current capacity and flexibility.
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Mixed Metal Oxide (MMO) Coated Titanium Mesh Ribbon Anode
Mixed Metal Oxide Mesh Ribbon Anode

Mixed Metal Oxides (MMO) Coated Titanium Mesh Ribbon Anode

Typically, MMO mesh ribbon anode is a key component for impressed current cathodic protection of new build reinforcement concrete structures and existing concrete structures. It has been proved to be a very effective way of controlling corrosion of rebar, particularly in hot and saline conditions.
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MMO Discrete Anode
MMO Discrete Mesh Anode Installation

Mixed Metal Oxide (MMO) Coated Discrete Titanium Mesh Anode

YUXI's discrete anode is made of tubular shaped MMO mesh welded with a tinanium strip or rod. It is primarily used for the cost-effective cathodic protection of thick steel reinforced concrete elements in relatively compact structures such as beams, columns or piles in tidal / splash zones where the application of ribbon anodes leads to grout acidification in most cases.
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Mixed Metal Oxides (MMO) Coated Discrete Titanium Mesh Anode
MMO Discrete Mesh Anode Installation

Mixed Metal Oxides (MMO) Coated Discrete Titanium Mesh Anode

YUXI's discrete anode is made of tubular shaped MMO mesh welded with a tinanium strip or rod. It is primarily used for the cost-effective cathodic protection of thick steel reinforced concrete elements in relatively compact structures such as beams, columns or piles in tidal / splash zones where the application of ribbon anodes leads to grout acidification in most cases.
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Canistered Mixed Metal Oxides (MMO) Coated Anode
MMO Canister Anode Structure

Canistered Mixed Metal Oxides (MMO) Coated Anode

YUXI's canister anode consists of MMO/Ti anode installed in a galvanized steel canister that is filled with calcined petroleum coke breeze backfill. The canister is capped with the cable extending out the top of the anode cap. The actual anode inside the canister can have a wide range of configurations, including tubular, wire, rod, ribbon and mesh types. However, the most common configuration is the tubular anode.
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Mixed Metal Oxides (MMO) Coated Probe Anode
MMO Probe Anode Structure

Mixed Metal Oxides (MMO) Coated Probe Anode

YUXI's probe anode is an MMO coated titanium rod anode sealed into a machined stainless steel housing. It is designed for impressed current cathodic protection of heat exchangers, condenser water boxes, pressure vessels, process tank, waterfront structures, pump housings, internal surfaces of pipeline, etc.
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Vertical Tension Anode String
Vertical Tension Anode Structure

Tensioned Mixed Metal Oxide (MMO) Coated Anode String

YUXI's tensioned anode string is an anode array that comprises a series of MMO tubular anodes secured into the perforated PVC casing pipe and chained onto an electrical cable. The terminal anode (the last anode on a string assembly) has a metal loop for attaching a weight. It is a cost-effective option used in the impressed current cathodic protection for the life extension of offshore or marine structures. It can be installed without divers or ROV equipment.
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MMO Anode Sled
MMO Anode Sled Structure

Mixed Metal Oxide (MMO) Coated Anode Sled

Offshore wind power has gone from a marginal industry to a major renewable energy source within the last decade. However, external submerged surfaces of wind turbine foundation are subject to the damaging effects of corrosion around the clock. Impressed current cathodic protection system is the most cost effective, easy-to-maintain and environmentally friendly solution on the market for the protection of offshore wind turbine foundations against corrosion. The system performance is systematically evaluated by an integral remote monitoring system which simplifies protection level check and early warning of possible flaws. Constructed based on MMO tubular, YUXI's anode sled is an excellent option for corrosion protection to tripod, mono pile and other subsea structure of the wind turbine in shallow water. The anode assembly can be easily completed by lowering it into the water and onto the sea floor or river bottom with minimal labor and effort.
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Powered Anode Rod for Water Heater

Powered Water Heater Anode Stick

Different from traditional sacrificial anodes which degrade themselves to protect the water heater tank, YUXI's powered anode stick is definitely the most economical and effective option for prolonging the life of water heater tank, as well as softening water and removing the dirt. The anode rod is made with high-tensile titanium coated with Ir–Ta mixed metal oxide catalyst. It is a stable material with low consumption rate, ensuring more than 20 years lifespan. Activated by the electrical current, it gives enough electrons to protect the steel water heater tank steadily and continuously. It does not need to be changed with frequent intervals as a traditional anode rod does.
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Powered Water Heater Anode
Water Heater Powered Anode

Powered Water Heater Anode Rod

Different from traditional sacrificial anodes which degrade themselves to protect the water heater tank, YUXI's powered anode rod is definitely the most economical and effective option for prolonging the life of water heater tank, as well as softening water and removing the dirt. The anode rod is made with high-tensile titanium coated with Ir–Ta mixed metal oxide catalyst. It is a stable material with low consumption rate, ensuring more than 20 years lifespan. Activated by the electrical current, it gives enough electrons to protect the steel water heater tank steadily and continuously. It does not need to be changed with frequent intervals as a traditional anode rod does.
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MMO Disc Anode
MMO Disc Anode

MMO Coated Disc Anode for Hull ICCP System (Round Shape)

YUXI's MMO disc anode is generally used in impressed current cathodic protection system for ship hulls. Surrounded by a dielectric shield to distribute the current evenly across the ship's hull, it is suitable for use in fresh, brackish, and seawater environments. The current emitting face of the disc anode is made from titanium substrate coated with a mixed metal oxide catalyst. When applied on titanium, the mixed metal oxide coating has an extremely low consumption rate, measured in terms of milligrams per year. Direct current transfer is accomplished through the mixed metal oxide catalyst which is highly conductive, so that higher current outputs are achievable. As a result, the dimensions of disc anodes remain nearly constant throughout the design life. Shaped as a circular flat plate, this slim disc anode fits flush with the hull surface, minimizing the drag resistance and maintaining the flow dynamics during voyages. Its low profile also avoids the problem of rubbing by anchor chains.
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MMO Hull Anode
MMO Hull Anode

MMO Coated Disc Anode for Hull ICCP System(Ellipse Shape)

YUXI's MMO disc anode is generally used in impressed current cathodic protection system for ship hulls. Surrounded by a dielectric shield to distribute the current evenly across the ship's hull, it is suitable for use in fresh, brackish, and seawater environments. The current emitting face of the disc anode is made from titanium substrate coated with a mixed metal oxide catalyst. When applied on titanium, the mixed metal oxide coating has an extremely low consumption rate, measured in terms of milligrams per year. Direct current transfer is accomplished through the mixed metal oxide catalyst which is highly conductive, so that higher current outputs are achievable. As a result, the dimensions of disc anodes remain nearly constant throughout the design life. Shaped as an elliptical flat plate, this slim disc anode fits flush with the hull surface, minimizing the drag resistance and maintaining the flow dynamics during voyages. Its low profile also avoids the problem of rubbing by anchor chains.
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MMO Hull Anode
MMO Hull Anode

MMO Coated Disc Anode for Hull ICCP System (Oval Shape)

YUXI's MMO disc anode is generally used in impressed current cathodic protection system for ship hulls. Surrounded by a dielectric shield to distribute the current evenly across the ship's hull, it is suitable for use in fresh, brackish, and seawater environments. The current emitting face of the disc anode is made from titanium substrate coated with a mixed metal oxide catalyst. When applied on titanium, the mixed metal oxide coating has an extremely low consumption rate, measured in terms of milligrams per year. Direct current transfer is accomplished through the mixed metal oxide catalyst which is highly conductive, so that higher current outputs are achievable. As a result, the dimensions of disc anodes remain nearly constant throughout the design life. Shaped as an oval flat plate, this slim disc anode fits flush with the hull surface, minimizing the drag resistance and maintaining the flow dynamics during voyages. Its low profile also avoids the problem of rubbing by anchor chains.
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MMO Linear Stripe Anode
MMO Linear Stripe Anode

MMO Linear Stripe Anode for Hull ICCP System

YUXI's MMO anode is generally used in impressed current cathodic protection system for ship hulls. Surrounded by a dielectric shield to distribute the current evenly across the ship's hull, it is suitable for use in fresh, brackish, and seawater environments. The current emitting face of the disc anode is made from titanium substrate coated with a mixed metal oxide catalyst. When applied on titanium, the mixed metal oxide coating has an extremely low consumption rate, measured in terms of milligrams per year. Direct current transfer is accomplished through the mixed metal oxide catalyst which is highly conductive, so that higher current outputs are achievable. As a result, the dimensions of disc anodes remain nearly constant throughout the design life. With a powerful output in relation to its surface area, this MMO linear anode enables large vessels to be protected with fewer anodes. It may be installed on all types of vessels where anodes are positioned close to the engine room.
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