MMO Linear Anodes
Distributed-current assemblies for long pipelines, tank bottoms and applications requiring current along a defined route.
View ProductICCP ANODE MANUFACTURER · MMO TITANIUM COMPONENTS
MMO ICCP Anodes for Impressed Current Cathodic Protection
Tubular, canister, wire, linear, ribbon, mesh, disc and custom MMO titanium anodes manufactured to approved CP design inputs for pipelines, tanks, marine assets, offshore structures and reinforced concrete.
HELE supplies anode components and specified assemblies. Final CP system design, rectifier selection, interference control and commissioning remain within the qualified CP designer or EPC scope unless contractually included.
Multiple MMO titanium anode forms
Drawing-based cable and assembly options
Inspection documents by order scope
Engineering review before production
SYSTEM ROLE
ICCP Anode Role Within the Complete System
An impressed current cathodic protection system uses an external DC power source to drive protective current from the anode, through the electrolyte and onto the protected structure.
The anode is one engineered component within a complete system that can also include a rectifier, reference electrodes, cabling, junction boxes, monitoring and control equipment.
HELE manufactures the MMO titanium anode component and specified assembly to customer-approved drawings and design inputs. Current demand, voltage, anode quantity, placement and protection criteria must be established by the responsible CP designer.
DC Power Source
ICCP Anode
Electrolyte
Protected Structure
SELECTION STARTING POINT
Choose an Anode by Asset and Environment
This matrix is procurement navigation, not a substitute for a project-specific cathodic-protection design.
| Application | Forms commonly reviewed | Inputs that control selection |
|---|---|---|
| Pipelines / distributed groundbeds | Linear, wire, tubular, canister | Soil resistivity, coating condition, current demand, route and installation method |
| Tank bottoms | Linear, ribbon, mesh ribbon, canister | Foundation condition, layout, current distribution and access |
| Marine / offshore | Tubular, disc, custom assembly | Seawater chemistry, mounting, current, cable protection and inspection access |
| Reinforced concrete | Ribbon, mesh ribbon, discrete anodes | Concrete resistivity, chloride exposure, layout and embedment details |
| Water / process equipment | Tubular, rod, disc, custom | Chemistry, temperature, geometry, current and connection design |
PRODUCT RANGE
MMO ICCP Anode Forms and Unique Uses
Use the category page to compare forms, then open the dedicated product page for detailed specifications and application boundaries.
HSCI ICCP Anodes
High Silicon Cast Iron anodes delivering reliable and long-lasting impressed current cathodic protection for underground and submerged structures.
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MMO Wire Anodes
Bare MMO-coated titanium wire supplied to approved diameter, active length, coating and termination requirements.
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MMO Ribbon Anodes
Low-profile ribbon geometry for distributed current on tank bottoms, concrete and other extended surfaces.
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MMO Tubular Anodes
Tubular active elements for groundbeds, seawater, tanks and industrial installations requiring defined active area.
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MMO Canister Anodes
Prepackaged groundbed assemblies combining an active element, conductive backfill, canister, cable and sealed termination.
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MMO Disc Anodes
Compact, low-profile anodes for hull, tank, condenser-box and confined mounting applications.
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MMO Mesh Ribbon Anodes
Expanded geometry for distributed current across concrete or extended surface-protection layouts.
View ProductManufacturing & Supply Scope
What HELE Can Manufacture and Document for an Approved ICCP Design
HELE can manufacture MMO titanium anode components and specified assemblies against an approved ICCP design basis. Geometry, active area, coating definition, cable, sealing, mounting and acceptance evidence must remain aligned across the quotation, drawing and inspection plan.
01 · Design Input Review
Confirm the Approved ICCP Basis
Review the protected asset, environment, required current, voltage basis, anode quantity, design life and rated operating conditions.
Typical order output: Input register and unresolved items before quotation.
02 · Anode Definition
Configure the MMO Anode Form
Align titanium substrate, anode form, active length or area, coating family, loading basis where specified and uncoated zones.
Typical order output: Order-specific anode definition and coating map.
03 · Drawing-Based Build
Control Geometry and Mounting
Manufacture to the approved dimensions, supports, groundbed or backfill interface, mounting details and accessible installation envelope.
Typical order output: Approved manufacturing drawing and dimensional checkpoints.
04 · Cable & Seal
Build the Electrical Connection
Define cable type and length, conductor, termination, seal, strain relief, mechanical protection and any required electrical checks.
Typical order output: Connection schedule and sealing acceptance basis.
05 · Verification
Inspect the Ordered Boundary
Coordinate material records, dimensions, coating or batch evidence, continuity or resistance checks and assembly inspection as ordered.
Typical order output: Inspection records tied to the supplied configuration.
06 · Release Documents
Close the Manufacturing Scope
Provide drawings, identification, packing records and the agreed ITP or document package for the released anodes.
Typical order output: Order-specific release dossier.
Responsibility Boundary
Define What Is Included Before Order Release
Complete-system design, rectifier selection, interference assessment, structure potential performance, installation and commissioning are not implied unless explicitly included in the signed scope.
Order rule: only the signed quotation, approved drawings, equipment or material schedule, inspection plan and responsibility matrix define the final HELE supply.
SYSTEM CHOICE
ICCP vs Sacrificial Protection
ICCP
Controlled External Current
Uses an external DC source and controlled output. It is commonly evaluated for larger, higher-current or adjustable systems and requires design, monitoring and commissioning.
GALVANIC
Sacrificial Anodes
Uses the natural potential difference of zinc, aluminum or magnesium anodes without a rectifier.
Compare Sacrificial AnodesFAQ
ICCP Anode Procurement Questions
What does HELE supply for an ICCP project?
HELE supplies MMO titanium anode components and specified assemblies. Complete-system design, rectifier sizing, interference assessment and commissioning are not implied unless explicitly included in the agreed scope.
Which ICCP anode form should I select?
Selection depends on the asset, electrolyte, resistivity, current demand, installation method, available space, cable route and design life. Send the approved CP inputs for review.
What affects ICCP anode output and service life?
Active area, MMO chemistry and loading, operating current density, electrolyte, temperature, cable and seal integrity, mounting and actual duty all affect performance.
Can HELE manufacture from drawings?
Yes. Geometry, active length, uncoated areas, cable, termination, sealing and mounting details can be reviewed against customer-approved drawings and specifications.
What documents can be supplied?
Depending on the order, documentation may include material records, dimensional reports, coating or batch records, electrical checks, drawings, packing records and an agreed inspection plan.
What should I send for an accurate quotation?
Send the protected asset, environment, resistivity or chemistry, coating condition, required current, design life, anode form and quantity, cable and sealing details, drawings, standard and inspection requirements.
Before Requesting a Quote
Define the Approved ICCP Design Basis Before Quotation
ICCP quotations are comparable only when the protected asset, current requirement, environment, anode configuration, cable system, installation method and engineering responsibility are defined on the same basis.
- Freeze the asset, coating breakdown, protection criteria and design current.
- State the electrolyte or soil conditions, resistivity, temperature and installation depth.
- Define anode form, active area, rated output, quantity and distribution.
- Specify cable length, insulation, seals, joints, backfill and mounting interfaces.
- Align the inspection plan, design life evidence and system responsibility matrix.
Do not release a purchase order with only:
- An “MMO” or “HSCI” name with no approved system design
- A current rating with no environment, geometry or active-area basis
- Design life stated without loading, duty or end-of-life assumptions
- An anode drawing that omits cable, seal or installation details
- The anode supplier assumed to own rectifier, interference and commissioning performance
TECHNICAL RFQ
Specify Your ICCP Anode Requirements
Send the protected asset, environment, required current, target design life, preferred anode form, cable and sealing requirements, drawing and inspection scope.
- • Protected structure and environment
- • Current demand and target design life
- • Anode form, quantity and installation
- • Cable, connection and sealing
- • Drawing, specification and ITP