Titanium Copper Composite Rod
Titanium Copper Composite Rod is widely used in copper electroplating plants, water treatment and other fields. Titanium-copper rods are the main components of metal anodes.
Product Introduction
Titanium-clad copper rod is a high-performance composite conductor that combines the excellent electrical conductivity of copper with the superior corrosion resistance of titanium. The product is manufactured by metallurgically bonding a titanium outer layer to a copper core, creating a material ideally suited for electrochemical and electrolytic applications.
The titanium layer protects the copper conductor from corrosion, while the copper core ensures efficient current transmission with minimal electrical resistance.
Material Specifications
Cladding Materials
Titanium (Ti)
Zirconium (Zr)
Nickel (Ni)
Niobium (Nb)
Tantalum (Ta)
Stainless Steel 304 (SUS304)
Stainless Steel 316 (SUS316)
Conductor Materials
ASTM C11000 Copper
ASTM C10100 Copper
Standard
GB/T 12769-2003
Available Product Forms
Product Type | Size Range |
Round Bar | Ø8–60 mm or customized |
Square Bar | 8–40 mm or customized |
Rectangular Bar | T4–30 mm × W10–150 mm or customized |
Wire | Ø2–8 mm or customized |
Corner Radius
R2–R4 mm or customized
Titanium Cladding Thickness
0.8–1.2 mm
Custom thickness available
Product Parameters
Item | Description |
Product Type | Round, Square, Rectangular, Wire |
Surface Color | Natural Titanium Color |
Round Bar Diameter | Ø6.35–78 mm |
Maximum Length | ≤12,000 mm |
Drawing Support | Customer drawings accepted |
Inventory Status | Available |
Certifications | ISO 9001, ISO 14001 |
Key Advantages
Excellent Corrosion Resistance
The titanium cladding provides exceptional resistance to:
Acidic electrolytes
Chloride-containing solutions
Corrosive industrial environments
This significantly extends service life compared with bare copper conductors.
High Electrical Conductivity
The copper core offers:
Low electrical resistance
Efficient current transmission
Reduced power loss
Uniform Current Distribution
The titanium-clad structure helps maintain stable current density throughout electrochemical processes, improving product quality and process consistency.
Electrolyte Contamination Prevention
Because the copper core is completely protected by the titanium layer:
Copper dissolution is prevented
Electrolyte purity is maintained
Maintenance requirements are reduced
Improved Production Efficiency
Titanium-clad copper rods can be immersed directly into electrolytes in many electroplating and electrolysis systems, allowing:
Higher current density
Increased production rates
Lower energy consumption
Typical Applications
Electroplating Industry
Anode support bars
Bus bars
Conductive hangers
Electrolysis Systems
Chlor-alkali plants
Electro-winning systems
Electro-refining processes
Metal Finishing
Hard chrome plating
Copper plating
Nickel plating
Precious metal plating
Chemical Processing
Corrosion-resistant electrical conductors
Electrochemical reactors
Construction & Metal Industry
Specialized conductive structural components
Corrosion-resistant electrical connections
Benefits to End Users
The use of titanium-clad copper rods can result in:
Improved product quality
Increased production efficiency
Reduced energy consumption
Lower maintenance costs
Longer service life
Cleaner electrolytes
More stable electrochemical performance
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