Platinized Titanium & Niobium Anodes
BSS Technologies supplies engineered Platinized Titanium and Platinized Niobium ICCP Anode assemblies, offering high current density discharge, compact geometry, and custom mounting for marine structures, water tanks, ship hulls, and industrial process equipment.
High Current Density Impressed Current Anodes for Harsh Environments
Marine structures, power station cooling conduits, water vessels, and high-resistivity ground beds require lightweight, high-capacity impressed current anodes. BSS Technologies custom-engineers and tests premium Platinized Titanium and Niobium anode systems in-house. Using high-purity platinum coatings over robust titanium and niobium cores, our assemblies deliver reliable, long-term cathodic protection across demanding industrial environments.
What Are Platinized Anodes?
Platinized titanium and niobium anodes are noble metal impressed current cathodic protection (ICCP) anodes. They feature a titanium or niobium core coated with a thin layer of pure platinum. The base metal provides a lightweight, conductive carrier, while the highly catalytic platinum allows the anode to operate at very high current densities without dissolving or changing shape.
These anodes are chosen for critical assets where space constraints, weight limits, or high current demands make bulky conventional anodes impractical. Capable of output densities up to 1000 A/m² in seawater, they are significantly more compact than silicon iron or graphite alternatives. Standard 2.5 micron platinum coatings suit most marine and water utility applications, while 5.0 micron coatings handle aggressive fluids and deliver better anode design life.
Product Range and Anode Geometries
Targeted Platinized Anode Applications
Platinized anodes are built for environments that demand high current output from a very compact footprint. Combining the excellent current capacity of platinum with durable titanium or niobium substrates allows these anodes to perform reliably in aggressive conditions, such as high-velocity seawater and confined process tanks.
This specialized design is ideal for space-restricted or high-voltage applications. Whether flush-mounted on ship hulls to reduce drag, suspended inside industrial heat exchangers, or deployed in high-resistivity deep wells, they deliver focused corrosion control exactly where conventional anodes cannot fit or operate effectively.
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Technical Specifications & Operating Parameters
Review the core technical parameters of our platinized titanium and niobium anodes. These specifications cover current density limits, substrate breakdown voltages, and expected wear rates to help you accurately size your system.
Specification Parameter | Platinized Titanium (Pt/Ti) | Platinized Niobium (Pt/Nb) | Copper-Cored Platinized Niobium | Probe Style Platinized Rod Anode |
|---|---|---|---|---|
Substrate Material | ASTM B265 / B348 Grade 1 Titanium | Pure Metallic Niobium Substrate | Copper Core with Niobium Cladding | Grade 1 Titanium or Pure Niobium Rod |
Active Anode Coating | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) |
Platinum Layer Thickness | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) |
Max Interface Voltage (Chloride) | 8.0 Volts maximum | 120.0 Volts maximum | 120.0 Volts maximum | 8.0 V (Pt/Ti) / 120.0 V (Pt/Nb) |
Fluoride Media Limit | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) |
Wear Rate (Seawater) | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year |
Wear Rate (Fresh Water) | 8.0 – 15.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year |
Max Current Density (Seawater) | 500 – 1000 A/m² | 500 – 1000 A/m² | 500 – 1000 A/m² | 500 – 1000 A/m² |
Max Current Density (Fresh Water) | 100 – 250 A/m² | 100 – 250 A/m² | 100 – 250 A/m² | 100 – 250 A/m² |
Mounting / Geometry | Rods, Tubes, Mesh, Wire | Solid Rods | Continuous Core Feeder | NPT Threaded Plug or ANSI Flange Probe |
Expected Design Lifespan | 15 to 25+ Years | 20 to 30+ Years | 20 to 30+ Years | 15 to 25+ Years |
Substrate Material | ASTM B348 Grade 1 or 2 Titanium |
|---|---|
Catalytic Coating | Noble Iridium-Tantalum Oxide (Ir-Ta) |
Header Cable Tail | 10 mm² HMWPE/Kynar Copper Cable |
Conductive Backfill | Calcined Petroleum Coke Breeze |
Fabric Sock Diameter | ~ 38 mm Outer Diameter |
Standard Reel Length | 150 Meters (Custom lengths available) |
Specification Parameter | Platinized Titanium (Pt/Ti) | Platinized Niobium (Pt/Nb) | Copper-Cored Platinized Niobium | Probe Style Platinized Rod Anode |
|---|---|---|---|---|
Substrate Material | ASTM B265 / B348 Grade 1 Titanium | Pure Metallic Niobium Substrate | Copper Core with Niobium Cladding | Grade 1 Titanium or Pure Niobium Rod |
Active Anode Coating | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) | Pure Platinum (99.99% Pt) |
Platinum Layer Thickness | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) | 2.5 µm (Standard) / 5.0 µm (Heavy) |
Max Interface Voltage (Chloride) | 8.0 Volts maximum | 120.0 Volts maximum | 120.0 Volts maximum | 8.0 V (Pt/Ti) / 120.0 V (Pt/Nb) |
Fluoride Media Limit | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) | Do NOT use in Fluoride (F-) |
Wear Rate (Seawater) | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year | 8.0 – 10.0 mg / Ampere-year |
Wear Rate (Fresh Water) | 8.0 – 15.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year | 8.0 – 12.0 mg / Ampere-year |
Max Current Density (Seawater) | 500 – 1000 A/m² | 500 – 1000 A/m² | 500 – 1000 A/m² | 500 – 1000 A/m² |
Max Current Density (Fresh Water) | 100 – 250 A/m² | 100 – 250 A/m² | 100 – 250 A/m² | 100 – 250 A/m² |
Mounting / Geometry | Rods, Tubes, Mesh, Wire | Solid Rods | Continuous Core Feeder | NPT Threaded Plug or ANSI Flange Probe |
Expected Design Lifespan | 15 to 25+ Years | 20 to 30+ Years | 20 to 30+ Years | 15 to 25+ Years |
Substrate Material | ASTM B348 Grade 1 or 2 Titanium |
|---|---|
Catalytic Coating | Noble Iridium-Tantalum Oxide (Ir-Ta) |
Header Cable Tail | 10 mm² HMWPE/Kynar Copper Cable |
Conductive Backfill | Calcined Petroleum Coke Breeze |
Fabric Sock Diameter | ~ 38 mm Outer Diameter |
Standard Reel Length | 150 Meters (Custom lengths available) |
Key Advantages of Platinized Anode Assemblies
High Current Discharge
Operates efficiently at current densities up to 1000 A/m² without material decomposition or dimensional change.
Compact & Lightweight Geometry
Offers a favourable strength-to-weight ratio, allowing smaller and lighter anode assemblies compared to silicon iron or graphite.
Versatile Substrate Configurations
Fabricated in rods, tubes, wire, expanded mesh, and custom plates to suit restricted structural spaces.
High Voltage Capability (Niobium)
Platinized niobium withstands rectifier voltages up to 120 Volts, making it ideal for high-resistivity fresh water and deep wells.
Low Long-Term Wear Rate
Ultra-low platinum consumption preserves substrate integrity and maintains stable electrical output over the years.
Why Choose Platinized ICCP Anodes from BSS Tech?
BSS Technologies provides complete value-added assembly engineering, custom dielectric shield fabrication, and precision cable joint encapsulation for platinized anode systems inhouse at our facility. Our AMPP/NACE-certified engineers calculate precise surface current densities, design non-metallic mounting structures, perform helium leak testing on cable joints, and supply complete, certified anode assemblies ready for rapid site installation.
Automated crimping guarantees 100% electrical contact to copper header.
High-purity calcined petroleum coke breeze compaction inside porous sock.
Durable non-woven fabric sock resists underground tearing during handling.
In-house NACE specialists calculate exact linear current grid requirements.
Applications of Platinum Coated Anodes
Areas
Storage tanks & pressure vessels
Power plant condensers & heat exchangers
Steel pipelines
Ship hulls & ocean-going vessels
Offshore platforms & subsea structures
Piers, jetties & marine port facilities
Seawater intakes & cooling systems
Underground steel structures
High-resistivity & freshwater environments
Electrochlorination & water treatment cells
