Custom MMO coated titanium ribbon anodes engineered for storage tank bottom cathodic protection, reinforced concrete CP, under-tank protection, embedded CP systems, and long-area distributed current output applications.
MMO ribbon anodes provide flat linear current distribution for storage tank bottoms, reinforced concrete CP, under-tank systems, and embedded electrochemical protection layouts.
Their flat strip geometry offers broader contact area and easier layout control than wire anodes in many distributed CP systems. Final design should be reviewed according to resistivity, chloride level, current output, ribbon spacing, installation method, connection design, and design life target.
Hele Titanium supports custom MMO ribbon anodes with project-specific ribbon width, thickness, coated length, coating loading, connection method, packing, labels, and documentation according to cathodic protection project requirements.
A flat titanium ribbon form supports long-area current distribution and controlled installation layout.
Suitable for under-tank and storage tank bottom cathodic protection layouts.
Can be reviewed for reinforced concrete CP, concrete repair, and embedded protection systems.
Ribbon width, length, coating loading, spacing, and connection method can be reviewed according to project needs.
An MMO ribbon anode is a flat titanium strip coated with mixed metal oxide. It is used as a linear anode for impressed current cathodic protection systems where protective current needs to be distributed along a defined path or across a large protected area.
The ribbon form makes it suitable for applications such as storage tank bottom cathodic protection, reinforced concrete CP, under-tank protection, and embedded electrochemical protection systems. The correct ribbon size and layout depend on current output, installation spacing, environment, design life, and connection requirements.
| Feature | What It Means | Why It Matters |
|---|---|---|
| Flat Titanium Ribbon | A strip-style titanium substrate coated with MMO. | Supports controlled placement and long-area current distribution. |
| MMO Coating | Mixed metal oxide coating applied to the active ribbon surface. | Provides electrochemical activity for impressed current output. |
| Custom Width & Length | Ribbon dimensions can be reviewed according to project layout. | Helps match current output, spacing, and installation requirements. |
| Connection Design | Ribbon anode can be connected with cable, tab, welded joint, or custom termination. | Supports electrical continuity and CP system integration. |
Different MMO ribbon anode configurations are used depending on protected structure, installation layout, current requirement, and connection design. Hele Titanium can support standard and custom MMO coated titanium ribbon anodes according to project requirements.
Flat MMO coated titanium ribbon for distributed current output in tank bottom, concrete, and long-area CP systems.
Best For: Storage tank bottoms, under-tank protection, reinforced concrete CP, and long-area protection layouts.
Ribbon anodes with project-specific width, thickness, and active length according to current output and layout requirements.
Best For: Projects requiring defined current distribution, spacing control, or custom installation geometry.
MMO ribbon anode supplied with cable connection, welded tab, sealing, labels, or project-specific electrical interface.
Best For: Field installation, CP system integration, under-tank layouts, and ready-to-connect anode assemblies.
Drawing-based MMO ribbon assemblies with custom length, connection, packing, labels, and documentation.
Best For: Project-specific CP layouts, OEM systems, and non-standard electrochemical protection applications.
MMO ribbon anodes are mainly used when a flat, continuous anode form is required for distributed current output under or around tank bottom protection areas. Their flat strip geometry makes them suitable for aboveground storage tanks, under-tank sand beds, soil-based CP layouts, and selected concrete foundation or embedded protection designs.
| Application | Why MMO Ribbon Anode Fits | Key Review Factors |
|---|---|---|
| Storage Tank Bottom Cathodic Protection | Flat MMO ribbon anodes help distribute protective current across large tank bottom areas where uniform current output is required. | Tank diameter, bottom plate area, soil resistivity, sand layer condition, ribbon spacing, current output, and cable route. |
| Aboveground Tank Foundation CP | MMO ribbon anodes can be arranged around or beneath aboveground tank foundations to support controlled current distribution. | Foundation design, installation space, soil or sand environment, current demand, ribbon layout, and connection method. |
| Under-Tank Sand Bed Installation | The flat ribbon form is suitable for sand layer installation beneath tank bottoms, helping maintain a planned anode layout. | Sand resistivity, moisture condition, ribbon spacing, burial depth, mechanical protection, and installation sequence. |
| Soil-Based Tank CP Layouts | MMO ribbon anodes can be used in soil environments where long-area current distribution is needed around storage tank structures. | Soil resistivity, backfill condition, anode depth, current output requirement, cable protection, and monitoring access. |
| Concrete Foundation / Embedded CP Review | For selected concrete or foundation-related CP layouts, MMO ribbon anodes can be reviewed where flat anode placement is required. | Concrete resistivity, chloride level, cover depth, embedment method, current density, spacing, and long-term accessibility. |
| Custom Tank Bottom Distributed Layouts | Ribbon width, coated length, spacing, and connection design can be customized for non-standard tank bottom or foundation CP designs. | Protected area, layout drawing, design life target, current distribution, connection design, packing, labels, and documentation. |
Why It Fits: Flat MMO ribbon anodes help distribute protective current across large tank bottom areas where uniform current output is required.
Key Review Factors: Tank diameter, bottom plate area, soil resistivity, sand layer condition, ribbon spacing, current output, and cable route.
Why It Fits: MMO ribbon anodes can be arranged around or beneath aboveground tank foundations to support controlled current distribution.
Key Review Factors: Foundation design, installation space, soil or sand environment, current demand, ribbon layout, and connection method.
Why It Fits: The flat ribbon form is suitable for sand layer installation beneath tank bottoms, helping maintain a planned anode layout.
Key Review Factors: Sand resistivity, moisture condition, ribbon spacing, burial depth, mechanical protection, and installation sequence.
Why It Fits: MMO ribbon anodes can be used in soil environments where long-area current distribution is needed around storage tank structures.
Key Review Factors: Soil resistivity, backfill condition, anode depth, current output requirement, cable protection, and monitoring access.
Why It Fits: For selected concrete or foundation-related CP layouts, MMO ribbon anodes can be reviewed where flat anode placement is required.
Key Review Factors: Concrete resistivity, chloride level, cover depth, embedment method, current density, spacing, and long-term accessibility.
Why It Fits: Ribbon width, coated length, spacing, and connection design can be customized for non-standard tank bottom or foundation CP designs.
Key Review Factors: Protected area, layout drawing, design life target, current distribution, connection design, packing, labels, and documentation.
MMO ribbon anodes are flat MMO-coated titanium strip anodes designed for distributed current output in aboveground storage tank bottom CP, tank base protection, fine sand backfill, and selected concrete environments.
| Product Category | MMO Ribbon Anode |
|---|---|
| Substrate | Titanium |
| Shape | Ribbon / Flat Strip |
| Coating | IrO₂ / Ta₂O₅ MMO coating |
| Coating Thickness | 0.5–1 μm |
| Coating Uniformity | ≥85% |
| Applicable Environment | Fine sand, sand backfill, concrete |
| Typical Application | Aboveground storage tank bottom CP, tank base CP, double-bottom tank protection |
| Standard Coil Length | 152 m / 500 ft |
| Design Life | Up to 50 years under rated operating conditions |
| Item No. | Width | Thickness | Surface Area | Coil Length | Approx. Weight |
|---|---|---|---|---|---|
| HL-MMO-A01 | 6.35 mm / 1/4 in | 0.635 mm / 0.025 in | 0.014 m²/m | 152 m / 500 ft | 2.8 kg / 6.2 lbs |
| HL-MMO-A02 | 12.7 mm / 1/2 in | 0.635 mm / 0.025 in | 0.027–0.028 m²/m | 152 m / 500 ft | 5.6 kg / 12.3 lbs |
| Item No. | Linear Resistance | Current Output | Design Lifetime |
|---|---|---|---|
| HL-MMO-A01 | 0.138 Ω/m / 0.04 Ω/ft | 17 mA/m / 5.2 mA/ft | 50 years |
| HL-MMO-A02 | 0.069 Ω/m / 0.02 Ω/ft | 42 mA/m / 12.8 mA/ft | 50 years |
MMO ribbon anode design should be reviewed according to ribbon width, ribbon thickness, coated length, current output, protected structure geometry, resistivity, installation method, cable route, coating loading, and design life target.
Review ribbon width and thickness according to current output, contact area, installation spacing, and mechanical handling needs.
Customize active coated length according to project layout, current distribution, and spacing requirement.
Review total current demand, output per meter, current density, and design life target.
Review MMO coating type and coating loading according to environment and current requirement.
Customize cable length, welded tab, connection method, sealing, termination, and labeling.
Review spacing, routing, fixing method, embedment, backfill contact, mechanical protection, and accessibility.
For MMO ribbon anodes, the flat ribbon size is only one part of the design. Coating selection, coated length, output per meter, operating environment, layout spacing, cable connection, and installation method all affect how the ribbon anode performs in a cathodic protection system.
Affects contact area, handling strength, installation spacing, and available active surface.
Determines the active current output zone and must match the CP layout.
Helps define the required coating loading, spacing, and system design.
Spacing, cable sealing, termination, and electrical continuity are important for long-area installations.
MMO ribbon anode quality depends on titanium substrate condition, surface preparation, coating consistency, dimensional accuracy, connection reliability, packing protection, and final documentation.
Titanium ribbon is reviewed according to grade, width, thickness, flatness, surface condition, and project requirements.
Cleaning, roughening, activation, and pre-treatment are controlled before coating.
Coating formulation, application cycles, drying, and thermal treatment are controlled according to project requirements.
Ribbon width, thickness, active coated length, total length, labels, and termination details are reviewed according to order requirements.
Cable connection, welded tab, sealed joint, surface condition, coating coverage, and visual appearance are reviewed according to inspection scope.
MTC, coating record, inspection notes, labels, packing list, and project-specific documents can be prepared when required.
Proper installation helps MMO ribbon anodes deliver stable distributed current output in tank bottom, tank base, sand backfill, and selected concrete CP layouts. Ribbon spacing, contact environment, cable connection, fixing method, and mechanical protection should be reviewed before installation.
| Installation Factor | Why It Matters |
|---|---|
| Ribbon Layout | Helps the flat anode follow the required tank bottom or foundation protection area and maintain planned current distribution. |
| Ribbon Spacing | Affects current distribution, protection uniformity, current output, and overall CP system performance. |
| Sand / Concrete Contact | The contact environment affects current transfer, resistance, moisture condition, and long-term anode performance. |
| Cable Connection | Low-resistance connection, sealing quality, and electrical continuity are critical for reliable long-term operation. |
| Fixing Method | Helps keep the ribbon in the correct position during tank base preparation, sand placement, concrete work, or installation. |
| Mechanical Protection | Reduces the risk of damage during handling, laying, backfilling, embedment, or construction activity. |
| Monitoring Access | Supports future testing, potential measurement, current review, and CP system maintenance planning. |
Buyer Note: MMO ribbon anode installation should be reviewed together with the full tank bottom or concrete CP design. Share your layout drawing, tank diameter, current requirement, sand or concrete condition, and design life target for engineering review.
MMO ribbon anodes are best used when a flat linear anode form is needed for long-area current distribution. Other MMO anode forms may be more suitable when the project requires flexible routing, larger open mesh contact, packaged groundbed design, cylindrical structure, or localized output.
Best Used When: You need an upper-level selection guide for wire, ribbon, and mesh ribbon linear anodes.
View MMO Linear Anode →Best Used When: Flexible embedded linear current output is needed.
View MMO Wire Anode →Best Used When: Larger contact area or concrete embedment is needed.
View MMO Mesh Ribbon Anode →Best Used When: A durable cylindrical anode is required for soil, seawater, or tank CP systems.
View MMO Tubular Anode →Best Used When: A packaged anode assembly is needed for groundbed installation.
View MMO Canister Anode →Best Used When: A rod-shaped electrode is needed for cell, CP, or pilot systems.
View MMO Rod Anode →Not sure which MMO anode form is suitable?
Common questions regarding specification, application, and ordering of MMO ribbon anodes.
Tell us your application, protected structure, operating environment, current output requirement, design life target, ribbon width, ribbon thickness, coated length, cable connection, and installation layout. Hele Titanium will help review the suitable MMO ribbon anode configuration for your project.
Engineered for distributed current output.
Customized according to project layouts.
Full assembly options available.
Reliable supply chain from Hele Titanium.