Aluminum Slender Stand-off Anode with Flat Bar Insert Protruding from Back Face

Stand-Off Aluminum Anode With Cranked Flat Bar Insert Protruding from Back Face

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Stand-off Aluminum Anode-Cow Horn Tubular Insert Protruding from Back Face

Stand-Off Aluminum Anode with Cow Horn Tubular Insert Protruding from Back Face

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Aluminum Ribbon Anode

Aluminum Ribbon Anode

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Stand-Off Aluminum Anode With Goal Post Tubular Insert Protruding From Back Face

Stand-Off Aluminum Anode with Goal Post Tubular Insert Protruding from Back Face

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Stand-Off Aluminum Anode With Double Cranked Flat Bar Insert
Stand-Off Aluminum Anode With Double Cranked Flat Bar Insert Protruding from Both Ends

Stand-Off Aluminum Anode With Double Cranked Flat Bar Insert Protruding from Both Ends

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Stand-Off Aluminum Anode With Cow Horn Tubular Insert

Stand-Off Aluminum Anode With Cow Horn Tubular Insert Protruding from Both Ends

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the stand-off anode protrudes from the surface installed, so the anode material is not in direct contact with the surface to be protected. Thus, the stand-off anode is better utilized over their lifetime — its anode utilization factor can reach up to 85 to 90%.
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Aluminium Anode-Straight Tubular Insert

Aluminum Platform Anode with Straight Tubular Insert

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the anode is in direct contact with the surface to be protected, this flush mount anode is closer and more compliant to the structure’s geometric shape and has lower effect on resistance.
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Flush-Mounted Aluminum Anode With Solid Rod Insert

Flush-Mounted Aluminum Anode With Solid Rod Insert

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. As the anode is in direct contact with the surface to be protected, this flush mount anode is closer and more compliant to the structure’s geometric shape and has lower effect on resistance.
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Flush-Mounted Aluminum Anode With Flat Bar Insert
Flush Mounted Aluminum Anode-Flat Bar Insert

Flush-Mounted Aluminum Anode With Flat Bar Insert

Aluminum anode is a popular choice for off-shore cathodic protection due to its light weight, simplicity of installation and adaptability to cast into a variety of sizes. YUXI's slender aluminium anode with trapezoidal cross-section is cast on a galvanized steel flat bar insert. The flush mounted steel core can be directly welded to the surface of protected steel structure, ensuring a reliable connection. As the anode is in direct contact with the surface to be protected, this flush mount anode is closer and more compliant to the structure's geometric shape and has lower effect on resistance.
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Half Shell Zinc Bracelet Anode (Tapered End, Bolted)

Half Shell Zinc Bracelet Anode (Tapered End, Bolted)

YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet anode is preassembled with plated mild steel clamping attachments and can be manufactured in various sizes to fit for major pipelines. Bracelet type zinc anode is usually fixed to the surface of cylinderical protected metal structures and shaped like bracelets. With good corrosion resistance and stable protection effect, our bracelet anode is widely used in various industrial fields for corrosion prevention.
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Half Shell Zinc Bracelet Anode (Tapered End, Welded)

Half Shell Zinc Bracelet Anode (Tapered End, Welded)

YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet anode is preassembled with plated mild steel clamping attachments and can be manufactured in various sizes to fit for major pipelines. Bracelet type zinc anode is usually fixed to the surface of cylinderical protected metal structures and shaped like bracelets. With good corrosion resistance and stable protection effect, our bracelet anode is widely used in various industrial fields for corrosion prevention.
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Half Shell Zinc Bracelet Anode (Square End, Bolted)

Half Shell Zinc Bracelet Anode (Square End, Bolted)

YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet anode is preassembled with plated mild steel clamping attachments and can be manufactured in various sizes to fit for major pipelines. Bracelet type zinc anode is usually fixed to the surface of cylinderical protected metal structures and shaped like bracelets. With good corrosion resistance and stable protection effect, our bracelet anode is widely used in various industrial fields for corrosion prevention.
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Half Shell Zinc Bracelet Anode (Square End, Welded)

Half Shell Zinc Bracelet Anode (Square End, Welded)

YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet anode is preassembled with plated mild steel clamping attachments and can be manufactured in various sizes to fit for major pipelines. Bracelet type zinc anode is usually fixed to the surface of cylinderical protected metal structures and shaped like bracelets. With good corrosion resistance and stable protection effect, our bracelet anode is widely used in various industrial fields for corrosion prevention.
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Segmented Aluminum Bracelet Anode-Square End-External Bolted
Segmented Aluminum Bracelet Anode (Square End, External Bolted)

Segmented Aluminum Bracelet Anode (Square End, External Bolted)

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. YUXI offers a wide range of half shell and segmented aluminium bracelet anodes in welded and bolted type. The bracelet, consisting of multiple individual anode sections, is suitable for direct attachment around the circumference of cylindrical structure.
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Segmented Aluminum Bracelet Anode

Segmented Aluminum Bracelet Anode (Tapered End, External Bolted)

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. YUXI offers a wide range of half shell and segmented aluminium bracelet anodes in welded and bolted type. The bracelet, consisting of multiple individual anode sections, is suitable for direct attachment around the circumference of cylindrical structure.
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Tapered End Half Shell Bracelet Aluminum Anode
Half Shell Aluminum Bracelet Anode (Tapered End, Bolted)

Half Shell Aluminum Bracelet Anode (Tapered End, Bolted)

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. YUXI offers a wide range of half shell and segmented aluminium bracelet anodes in welded and bolted type. The bracelet, consisting of multiple individual anode sections, is suitable for direct attachment around the circumference of cylindrical structure.
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Half Shell Aluminum Bracelet Anode
Half Shell Aluminum Bracelet Anode

Half Shell Aluminum Bracelet Anode (Tapered End, Welded)

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. YUXI offers a wide range of half shell and segmented aluminium bracelet anodes in welded and bolted type. The bracelet, consisting of multiple individual anode sections, is suitable for direct attachment around the circumference of cylindrical structure.
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Square End Welded Half Shell Aluminum Bracelet Anode
Half Shell Aluminum Bracelet Anode

Half Shell Aluminum Bracelet Anode (Square End, Welded)

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. YUXI offers a wide range of half shell and segmented aluminium bracelet anodes in welded and bolted type. The bracelet, consisting of multiple individual anode sections, is suitable for direct attachment around the circumference of cylindrical structure.
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Aluminum Anode Sled

Aluminum Anode Sled

Aluminum anodes are used to prevent corrosion of metal structures in seawater and brackish water. This pyramid aluminum anode is designed for replacing depleted anodes on mature offshore assets. It can be quickly installed by lowering it onto the sea floor.The speedy installation makes it incredibly cost-effective in comparison to underwater welding or other methods of attachment. Thus, our anode sled is ideal for anode retrofit projects of subsea equipment and platforms.
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D-shaped Bare Magnesium Anode-1
D-shaped Bare Magnesium Anode

Magnesium Anode (D Shape)

Having the highest driving voltage (most negative electro-potential) of all the materials used for sacrificial anodes, magnesium anode is an economical and effective sacrificial anode used primarily in soil with medium to high resistivity (1,000 – 10,000 Ω·cm). By creating an easier and more attractive source of oxidation, magnesium anodes prevent or slow down the rusting of steel structures that they are connected to. YUXI's bare magnesium anodes are widely used for cathodic protection of buried pipelines, underground tanks, external tank bottom, etc.
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Square Shape Magnesium Anode
Magnesium Anode

Magnesium Anode (Square Shape)

Having the highest driving voltage (most negative electro-potential) of all the materials used for sacrificial anodes, magnesium anode is an economical and effective sacrificial anode used primarily in soil with medium to high resistivity (1,000 – 10,000 Ω·cm). By creating an easier and more attractive source of oxidation, magnesium anodes prevent or slow down the rusting of steel structures that they are connected to. YUXI's bare magnesium anodes are widely used for cathodic protection of buried pipelines, underground tanks, external tank bottom, etc.
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Circular Bare Magnesium Anode
Circular Type Magnesium Anode

Magnesium Anode (Circular Shape)

Having the highest driving voltage (most negative electro-potential) of all the materials used for sacrificial anodes, magnesium anode is an economical and effective sacrificial anode used primarily in soil with medium to high resistivity (1,000 – 10,000 Ω·cm). By creating an easier and more attractive source of oxidation, magnesium anodes prevent or slow down the rusting of steel structures that they are connected to. YUXI's bare magnesium anodes are widely used for cathodic protection of buried pipelines, underground tanks, external tank bottom, etc.
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Prepackaged Magnesium Anode
Prepackaged Magnesium Anode

Prepackaged Magnesium Anode (Cotton Bag)

YUXI's prepackaged magnesium anode is mainly composed of a cast magnesium anode centrally packed in a permeable cotton bag with highly hygroscopic backfill. Normally, it is firmly wrapped in a PE bag or paper outer lining (usually for shipping purposes) which should be removed prior to installation. The added backfill helps to decrease the resistance of the anode to the ground, retains moisture and allows for a better efficiency and homogeneous consumption of the anode, thus creating an efficient anode bed. Prepackaged anode is appropriate for direct burial. It simplifies the on-site construction process for convenient and fast installation. The original operation at the construction site will be completed in the factory, which effectively ensure the construction and installation quality of the anode ground bed.
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Pre-packaged Magnesium Anode with Backfill

Prepackaged Magnesium Anode (Cardboard Tube)

YUXI's prepackaged magnesium anode is mainly composed of a cast magnesium anode centrally packed in a cardboard tube with highly hygroscopic backfill. Normally, it is firmly wrapped in a PE bag or paper outer lining (usually for shipping purposes) which should be removed prior to installation. The added backfill helps to decrease the resistance of the anode to the ground, retains moisture and allows for a better efficiency and homogeneous consumption of the anode, thus creating an efficient anode bed. Prepackaged anode is appropriate for direct burial. It simplifies the on-site construction process for convenient and fast installation. The original operation at the construction site will be completed in the factory, which effectively ensure the construction and installation quality of the anode ground bed.
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