From compact process anodes to large-scale cathodic protection systems, CerAnode™ provides a range of EMMO™-coated anode solutions engineered for specific operating environments.
Our products are designed around the requirements that matter:
- Current output.
- Electrolyte conditions.
- Installation environment.
- Mechanical demands.
- Service life.
The result is a cathodic protection solution engineered for the application—not simply selected from a catalog.
Impressed Current Anodes (EMMO™)
8 products
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Impressed Current Anodes (MMO)
4 products
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Reference Cells & Monitoring
11 products
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Tank & Vessel Protection Systems
3 products
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AC Mitigation
1 product
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AC & DC Coupons
3 products
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Power Sources & CP Control Equipment
7 products
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Galvanic Anodes
3 products
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Cable & Installation
8 products
View range CerAnode™ Power Rod (CPR)
The CerAnode™ Power Rod is a high-performance EMMO™ (Enhanced Mixed-Metal Oxide) tubular anode engineered for impressed current cathodic protection (ICCP) systems across demanding environments. Designed for deep, shallow, and horizontal anode beds, as well as naturally immersed applications, it delivers consistent current output and long-term durability.
CerAnode™ Rod Anode (CRA)
The CerAnode™ Rod Assembly (CRA) is a high-performance EMMO™ (Enhanced Mixed-Metal Oxide) rod anode engineered for impressed current cathodic protection (ICCP) systems across demanding environments. Designed for pipeline, tank, marine, and groundbed applications, it delivers consistent current output and long-term durability.
CerAnode™ Rugged Process Anode (RPA)
The Rugged Process Anode (RPA) is a compact, high-performance EMMO™ (Enhanced Mixed-Metal Oxide) anode engineered for impressed current cathodic protection (ICCP) in demanding process environments. Designed for tanks, piping, and industrial systems, it delivers consistent current output and long-term durability in confined and high-exposure applications.
CerAnode™ Canister Anode (CAC-CPR)
The CerAnode™ Canister Anode (CAC-CPR) is a factory-assembled EMMO™ (Enhanced Mixed-Metal Oxide) anode system designed for impressed current cathodic protection (ICCP) in soil and submerged environments. Integrating a CerAnode™ Power Rod within a steel canister pre-filled with conductive carbon backfill, it provides a complete, installation-ready solution for distributed and shallow groundbed systems.
CerAnode™ Sled Anode (SLED)
The CerAnode™ Sled Anode is a high-performance EMMO™ (Enhanced Mixed-Metal Oxide) anode system engineered for impressed current cathodic protection (ICCP) in marine and coastal environments. Designed for seabed deployment, it delivers stable current output and long-term durability for submerged structures.
CerAnode™ Expandable Rod Anode (EAR)
The CerAnode™ Expandable Rod Anode (EAR) is a high-performance EMMO™ (Enhanced Mixed-Metal Oxide) anode engineered for impressed current cathodic protection (ICCP) systems requiring flexible deployment and optimized current distribution. Designed for deep, shallow, and irregular anode bed geometries, it delivers consistent current output and long-term durability.
CerAnode™ Strip Anode (CAS)
The CerAnode™ Strip Anode (CAS) is a low-profile EMMO™ (Enhanced Mixed-Metal Oxide) anode engineered for impressed current cathodic protection (ICCP) in confined and surface-mounted applications. Designed for distributed current delivery, it provides effective corrosion protection for complex geometries and localized structures.
CerAnode™ Disc Anode (LSA)
The CerAnode™ Disc Anode (LSA) is a low-profile EMMO™ (mixed-metal oxide) anode engineered for impressed current cathodic protection (ICCP) in confined and surface-mounted applications. Designed for direct mounting to structures, it delivers uniform current distribution while maintaining electrical isolation.
CerAnode™ MMO Anode Wire
The CerAnode™ MMO Anode Wire (CPW) is a flexible, high-performance linear anode engineered for impressed current cathodic protection (ICCP) systems requiring distributed current delivery over extended lengths. Designed for close-proximity and continuous protection, it provides uniform current output across complex geometries and large surface areas.
CerAnode™ Linear Anode (PBL)
The CerAnode™ Linear Anode (PBL) is a continuous MMO (mixed-metal oxide) anode engineered for impressed current cathodic protection (ICCP) systems requiring close-proximity, distributed current delivery. Installed parallel to the structure, it provides uniform current output across long runs and complex geometries.
CerAnode™ Linear Anode in Coke Sock (PBL-CS)
The CerAnode™ Linear Anode in Coke Sock (PBL-CS) is a continuous MMO (mixed-metal oxide) anode engineered for impressed current cathodic protection (ICCP) systems requiring close-proximity, low-resistance current distribution. Packaged within a conductive carbon backfill sleeve, it provides enhanced groundbed contact and uniform current output across extended lengths.
CerAnode™ Canister Anode (CAC-CPW)
The CerAnode™ Canister Anode (CAC-CPW) is a factory-assembled MMO (mixed-metal oxide) anode system engineered for impressed current cathodic protection (ICCP) in soil and submerged environments. Integrating CerAnode™ MMO Anode Wire within a steel canister pre-filled with conductive carbon backfill, it delivers uniform current distribution and low-resistance performance in distributed groundbed applications.
Underwater Reference Electrode (CS-CU-1)
The CerAnode™ Copper/Copper Sulfate Underwater Reference Electrode is a submersible (Cu/CuSO₄) reference electrode engineered for stable, long-term potential measurement in underwater cathodic protection systems. Designed for submerged infrastructure and marine environments, the CS-CU-1 delivers accurate structure-to-electrolyte potential measurements for CP verification, polarization monitoring, and corrosion-control performance assessment.
Underwater Reference Electrode (AG-AGCL-1)
The CerAnode™ Silver/Silver Chloride Underwater Reference Electrode is a submersible Ag/AgCl reference electrode engineered for accurate, stable potential measurement in cathodic protection and corrosion monitoring systems. Designed for marine and high-chloride environments, the electrode provides a reliable reference for structure-to-electrolyte potential measurements used to verify CP performance, monitor polarization, and support automated cathodic protection control.
Underwater Reference Electrode (ZN-ZN-1)
The CerAnode™ Zinc Underwater Reference Electrode is a permanent reference electrode engineered for reliable potential measurement in cathodic protection and corrosion monitoring systems. Manufactured using high-purity zinc, the electrode provides a stable reference point for measuring structure-to-electrolyte potential and evaluating cathodic protection performance in marine and submerged environments.
Underground Reference Electrode (CS-CU-2)
The Copper/Copper Sulfate Underground Reference Electrode is a permanent Cu/CuSO₄ reference electrode engineered for stable, long-term potential measurement in cathodic protection systems. Designed for buried infrastructure and permanent monitoring locations, the CS-CU-2 delivers accurate structure-to-electrolyte potential measurements for CP system evaluation, polarization monitoring, and corrosion-control verification.
Underground Reference Electrode (AG-AGCL-2)
The CerAnode™ Silver/Silver Chloride Underground Reference Electrode is a permanent Ag/AgCl reference electrode engineered for stable, long-term potential measurement in buried cathodic protection systems. Designed for underground infrastructure and permanent monitoring locations, the AG-AGCL-2 provides a reliable reference for pipe-to-soil potential measurements, CP system evaluation, polarization monitoring, and corrosion-control verification.
Underground Reference Electrode (ZN-ZN-2)
The CerAnode™ Zinc Underground Reference Electrode is a permanent zinc reference electrode engineered for long-term potential measurement in buried cathodic protection systems. Constructed with a high-purity zinc reference element, the ZN-ZN-2 provides a stable and predictable reference for pipe-to-soil potential measurements, CP system evaluation, and corrosion-control monitoring.
IR-Free Reference Electrode (CRE-AG-7)
The CRE-AG-7 IR-Free Reference Electrode is a precision silver/silver chloride (Ag/AgCl) reference electrode engineered for accurate structure potential measurement in impressed current cathodic protection (ICCP) systems. Designed to minimize IR drop error during CP testing, the CRE-AG-7 provides reliable polarized potential measurements for evaluating true structure protection levels and system performance.
CerAnode™ Thru-Wall Reference Electrode (RPR)
The RPR Thru-Wall Reference Electrode is a permanently installed reference electrode engineered for accurate internal potential measurement in pressurized, submerged, and process-service cathodic protection systems. Designed for direct installation through vessel walls, piping, condensers, water boxes, and process equipment, the RPR enables reliable structure-to-electrolyte potential measurement under true operating conditions without compromising system integrity.
Portable Reference Electrode (CS-CU-3)
The Copper/Copper Sulfate Portable Reference Electrode is a field-ready Cu/CuSO₄ reference electrode engineered for accurate cathodic protection potential measurement, commissioning verification, and corrosion-control field surveys. Designed for portable operation across pipelines, tanks, and buried infrastructure, the CS-CU3 delivers stable structure-to-electrolyte potential measurement for reliable “pipe-to-soil” testing and CP system evaluation.
Portable Reference Electrode (AG-AGCL-3)
The CerAnode™ Silver/Silver Chloride Portable Reference Electrode is a field-ready Ag/AgCl reference electrode engineered for accurate cathodic protection potential measurement, commissioning verification, and corrosion-control field surveys. Designed for portable operation across marine structures, pipelines, tanks, and other infrastructure, the AG-AGCL-3 provides a stable reference for structure-to-electrolyte potential measurement and CP system evaluation.
Portable Reference Electrode (ZN-ZN-3)
The CerAnode™ Zinc Portable Reference Electrode is a rugged field reference electrode engineered for cathodic protection potential measurement, system commissioning, and corrosion-control surveys. Constructed with a zinc reference element, the ZN-ZN-3 provides a stable and predictable reference for structure-to-electrolyte potential measurements during field evaluation of marine and aqueous cathodic protection systems.
CerAnode™ Piggyback™ Tank Bottom Anode System (PBT)
The CerAnode™ PBT PiggyBack™ Tank Bottom System is a continuous MMO linear anode system engineered for impressed current cathodic protection (ICCP) of aboveground storage tank (AST) bottoms. Designed for close-proximity deployment, the system delivers uniform current distribution beneath the tank floor for reliable corrosion protection and extended asset life.
CerAnode™ Horizontal Water Tank Anode (WST-H)
The CerAnode™ WST Horizontal Water Tank Anode System is engineered for impressed current cathodic protection (ICCP) of horizontal steel water storage tanks. Utilizing MMO-coated titanium linear anodes, the system delivers uniform current distribution across the tank floor and walls for reliable long-term corrosion protection.
CerAnode™ Vertical Water Tank Anode (WST-V)
The CerAnode™ WST Vertical Water Tank Anode is an impressed-current cathodic protection (ICCP) system engineered for suspended installation inside vertical water storage tanks. Using MMO-coated titanium anode technology, the system delivers uniform current distribution throughout the water column to protect tank walls, weld seams, and submerged steel surfaces from corrosion.
Double Coupon Housing (DCHP)
The CerAnode™ DCHP Double Housing Coupon is an integrated corrosion monitoring assembly engineered for long-term cathodic protection (CP) system evaluation and structure potential monitoring. Combining two corrosion coupons with an integrated reference electrode in a sealed housing, the system provides accurate in-situ monitoring of structure polarization, coating performance, and corrosion behavior under representative field conditions.
Triple Coupon Housing (TCHP)
The CerAnode™ TCHP Triple Housing Coupon is an integrated corrosion monitoring assembly engineered for long-term cathodic protection (CP) performance evaluation and corrosion-rate analysis. Combining three corrosion coupons with an integrated reference electrode in a sealed housing, the system provides accurate in-situ monitoring of structure polarization, coating performance, and metal-loss behavior under representative field conditions.
CerAnode™ Coupon Housing with ER Probe (TCHP-CUST)
The CerAnode™ TCHP-CUST Coupon Housing with ER Probe is an integrated corrosion monitoring assembly engineered for long-term cathodic protection evaluation and corrosion-rate analysis. Combining a corrosion coupon with an embedded electrical resistance (ER) probe, the system delivers reliable in-situ monitoring of both structure polarization and metal loss.
Air-Cooled Rectifier (ASAI)
CerAnode™ ASAI Air-Cooled Rectifiers are compact DC power supplies engineered for impressed-current cathodic protection (ICCP) systems. Designed to convert AC input power into adjustable DC output, ASAI rectifiers deliver stable current control for pipelines, storage tanks, marine structures, and other cathodic protection applications.
Oil-Cooled Rectifier (OSOI/OSXI)
CerAnode™ OSOI and OSXI Oil-Cooled Rectifiers are high-capacity DC power supplies engineered for impressed current cathodic protection (ICCP) systems requiring continuous operation in demanding environments. Utilizing dielectric oil for transformer and rectifier cooling, these units provide stable DC output while minimizing thermal stress under high electrical loads.
Multi-Channel Rectifier (REC)
CerAnode™ REC Multi-Channel Rectifiers are advanced DC power supplies engineered to independently power multiple impressed current cathodic protection (ICCP) circuits from a single unit. Designed for complex corrosion protection systems, each output channel provides individually adjustable voltage or current to optimize protection across multiple structures or anode beds.
Fiberglass Junction Box (JBF)
CerAnode™ JBF Fiberglass Junction Boxes are non-metallic enclosures engineered to protect electrical connections in cathodic protection (CP) systems. Constructed from fiberglass-reinforced polyester (FRP), these junction boxes provide a durable, corrosion-resistant solution for housing anode leads, structure cables, reference electrodes, and monitoring circuits in demanding environments.
Explosion-Proof Junction Box (JBE)
CerAnode™ JBE Explosion-Proof Junction Boxes are heavy-duty electrical enclosures engineered for cathodic protection (CP) systems operating in hazardous locations. Designed to safely contain electrical connections in environments where flammable gases, vapors, or combustible dust may be present, the JBE Series provides secure termination points while helping maintain the safety and reliability of critical corrosion protection infrastructure.
Stainless Steel Junction Box (JBS)
CerAnode™ JBSS Stainless Steel Junction Boxes are rugged electrical enclosures engineered to protect critical wiring and electrical connections in cathodic protection (CP) systems. Manufactured from marine-grade 304 or 316/316L stainless steel, the JBSS Series provides exceptional corrosion resistance and long-term durability for demanding industrial, marine, and offshore applications
Solar Power System (SOL)
CerAnode™ SOL Solar Power Systems provide reliable, off-grid power for impressed current cathodic protection (ICCP) systems operating where commercial AC power is unavailable or impractical. By combining high-efficiency solar panels, battery storage, and intelligent power management, the SOL delivers dependable DC power to rectifiers, anode systems, remote monitoring equipment, and other critical cathodic protection infrastructure.
Aluminum Galvanic Anode
CerAnode™ Aluminum Galvanic Anodes provide reliable, self-powered cathodic protection for steel structures exposed to seawater, brackish water, and other high-conductivity environments. Manufactured from high-performance aluminum alloys, these sacrificial anodes generate protective current without the need for external power, making them an efficient and economical solution for long-term corrosion control. Engineered for marine, offshore, and coastal applications, CerAnode™ aluminum galvanic anodes combine high electrochemical capacity with lightweight construction to maximize service life while minimizing installation and maintenance costs. Available in a variety of sizes and mounting configurations, they can be tailored to meet the requirements of virtually any galvanic cathodic protection system.
Magnesium Galvanic Anode
CerAnode™ Magnesium Galvanic Anodes provide dependable, self-powered cathodic protection for buried steel structures and assets operating in high-resistivity soils and freshwater environments. As one of the most active sacrificial anode materials available, magnesium delivers a high driving voltage that provides effective corrosion protection without the need for rectifiers or external power.
Zinc Galvanic Anode
CerAnode™ Zinc Galvanic Anodes provide dependable, self-powered cathodic protection for steel structures operating in seawater and other low-resistivity environments. Manufactured from high-purity zinc alloys, these sacrificial anodes deliver consistent protective current without the need for rectifiers or external power, making them a proven solution for long-term marine corrosion control.
HMWPE Cable
CerAnode™ HMWPE Cable is engineered for long-term performance in impressed current cathodic protection (ICCP) and galvanic cathodic protection systems. Manufactured with a high molecular weight polyethylene (HMWPE) jacket, this cable provides exceptional resistance to abrasion, moisture, chemicals, and mechanical damage, making it ideal for demanding underground, marine, and industrial installations.
Kynar® Cable
CerAnode™ Kynar® Cable is engineered for impressed current cathodic protection (ICCP) systems operating in the most demanding industrial and corrosive environments. Insulated with polyvinylidene fluoride (PVDF), Kynar® provides exceptional resistance to chemicals, abrasion, ultraviolet (UV) exposure, and elevated temperatures, making it an ideal choice for critical corrosion protection applications where long-term reliability is essential.
Halar® Cable
CerAnode™ Halar® Cable is engineered for impressed current cathodic protection (ICCP) systems requiring exceptional chemical resistance and long-term durability in aggressive operating environments. Insulated with ethylene chlorotrifluoroethylene (ECTFE), Halar® provides outstanding protection against acids, alkalis, hydrocarbons, moisture, and other corrosive chemicals commonly encountered in industrial and marine applications.
Loresco® Coke
CerAnode™ Loresco® Coke Breeze is a high-purity carbon backfill designed to enhance the performance and service life of impressed current cathodic protection (ICCP) groundbeds. Surrounding the anode with a conductive carbon medium reduces groundbed resistance, improves current distribution, and promotes efficient current discharge into the surrounding electrolyte.
Ventrolizer™ (VENT)
CerAnode™ Ventrolizer™ Vent Pipe Assemblies are engineered to safely vent gases generated within cathodic protection systems while preventing moisture, debris, insects, and contaminants from entering the vent piping. Designed for long-term outdoor performance, Ventrolizer assemblies help maintain proper system operation by allowing unrestricted gas ventilation without compromising the integrity of the installation.
Underwater Connector
CerAnode™ Underwater Connectors provide secure, watertight electrical connections for cathodic protection (CP) systems operating in submerged and marine environments. Engineered to maintain reliable electrical continuity while preventing water intrusion, these connectors are ideal for impressed current cathodic protection (ICCP) and galvanic systems protecting offshore structures, marine infrastructure, and submerged assets.
Splice Kit
CerAnode™ Cable Splice Kits provide secure, moisture-resistant electrical connections for cathodic protection (CP) systems operating in demanding underground, marine, and industrial environments. Designed to restore cable continuity while protecting against moisture intrusion, corrosion, and mechanical damage, these kits help ensure long-term electrical reliability in both impressed current cathodic protection (ICCP) and galvanic systems.
Test Station
CerAnode™ Test Stations provide convenient access points for monitoring, testing, and maintaining cathodic protection (CP) systems. Designed for both impressed current cathodic protection (ICCP) and galvanic systems, test stations allow technicians to measure structure-to-electrolyte potentials, current flow, bond continuity, and other critical electrical parameters without disrupting system operation.
Not sure which anode fits your system?
Send us the current requirement, electrolyte and installation constraints and our engineers will recommend a configuration.