Marine and coastal infrastructure is constantly exposed to aggressive saltwater environments, tidal movement, splash zones, and oxygen-rich conditions that accelerate corrosion of steel structures. Without effective cathodic protection, quay walls, sheet piling, jetties, dolphins, piers, berths, and harbour installations can suffer rapid section loss and long-term structural degradation.

We supply sacrificial anodes for marine corrosion protection across ports, harbours, coastal defences, marinas, and waterfront developments. Our zinc and aluminium anodes are commonly specified for seawater immersion and tidal applications, protecting submerged steelwork, piling, tubular structures, fenders, and reinforced concrete with embedded steel.

Typical applications include:

• Sheet pile walls and combi walls
• Steel tubular piles and monopiles
• Jetties, piers, and mooring dolphins
• Marina pontoons and harbour infrastructure
• Seawater intake structures
• Bridge piers and coastal foundations

Our commercial anodes support long-term asset integrity, reduce maintenance costs, and extend service life in high-salinity marine environments.

Offshore structures operate in some of the most corrosive environments on earth. Constant immersion in seawater, biofouling, temperature variation, and stray electrical currents all contribute to accelerated corrosion rates. Cathodic protection systems are essential for maintaining structural safety and design life.

We supply aluminium and zinc sacrificial anodes for offshore platforms, subsea pipelines, wind turbine foundations, jackets, boat landings, and transition pieces. Our anodes are suitable for offshore wind farms, tidal energy installations, and marine renewable energy projects requiring long-term corrosion protection.

Common applications include:

• Offshore wind turbine monopiles and jackets
• Subsea structures and pipeline systems
• Boat landings and access platforms
• Offshore substations
• Mooring systems and anchor structures
• FPSO and offshore production units

Whether for new-build offshore projects or retrofit cathodic protection upgrades, our anodes are designed to perform reliably in high-chloride, high-flow seawater conditions.

Commercial vessels and marine facilities face continuous corrosion from seawater exposure, humidity, and galvanic activity between dissimilar metals. Effective sacrificial anode systems are critical for protecting hulls, ballast tanks, sea chests, rudders, thrusters, and dock infrastructure.

We supply marine-grade zinc and aluminium anodes for commercial shipping, shipyards, dry docks, and port facilities. Our products are suitable for cargo ships, tankers, ferries, offshore support vessels, and service craft operating in coastal and open-sea environments.

Typical applications include:

• Ship hull protection
• Ballast tank corrosion protection
• Sea chests and intake systems
• Rudders, shafts, and propeller assemblies
• Floating docks and dry dock gates
• Linkspans and loading ramps

Our commercial marine anodes help reduce dry-docking frequency, extend maintenance intervals, and maintain vessel performance and safety compliance.

Water treatment plants and utility infrastructure are exposed to freshwater, brackish water, and chemically treated process water — all of which can cause corrosion of steel tanks, pipework, screens, and support structures. Even in freshwater environments, oxygen content and microbial activity can drive corrosion if not properly controlled.

We supply magnesium, zinc, and aluminium anodes for municipal water treatment works, wastewater treatment facilities, pumping stations, reservoirs, and utility distribution systems.

Common applications include:

• Clarifier tanks and settlement tanks
• Steel storage tanks and reservoirs
• Pumping stations and wet wells
• Inlet screens and mechanical plant
• Steel pipework and valves
• Flood storage and balancing tanks

Cathodic protection using sacrificial anodes helps extend asset life, reduce unplanned outages, and support long-term reliability within utility environments.

Industrial facilities and power generation plants rely on cooling water systems, condensers, heat exchangers, and intake structures that are continuously exposed to water flow. Whether seawater-cooled or freshwater-fed, these systems are vulnerable to galvanic corrosion, erosion-corrosion, and stray current damage.

We supply sacrificial anodes for industrial process water systems, cooling circuits, and power generation plant infrastructure. Our products are suitable for cooling towers, pipework, condenser boxes, intake tunnels, and steel support structures.

Typical applications include:

• Cooling water intake and discharge systems
• Heat exchangers and condenser units
• Cooling towers and basins
• Steel tanks and pressure vessels
• Industrial process pipework
• Firewater systems and storage tanks

Correctly specified anodes help maintain operational efficiency, prevent premature failure, and reduce costly downtime in critical infrastructure.

Steel structures in inland waterways and flood defence systems are exposed to freshwater immersion, fluctuating water levels, silt build-up, and seasonal changes in chemistry. Although freshwater corrosion rates differ from seawater, unprotected steel gates, lock structures, and flood barriers can still experience significant material loss over time.

We supply magnesium and aluminium anodes for canals, river structures, lock gates, sluices, weirs, and flood defence barriers, providing effective cathodic protection for submerged and partially submerged steelwork in lower-conductivity freshwater environments.

Common applications include:

• Canal lock gates and steel frames
• Sluice gates and control structures
• Flood barriers and movable gates
• River walls and steel piling
• Bridge abutments and foundations
• Pumping stations and drainage infrastructure

By implementing sacrificial anode systems within inland water environments, asset owners can extend structural lifespan, improve reliability, and reduce long-term repair costs.