Titanium Clad Copper Bar, Rod, Plate & Busbar
Custom Ti/Cu clad conductors for electrolysis, electroplating and hydrometallurgy, combining a corrosion-resistant titanium outer layer with a conductive copper core.
How Titanium Clad Copper Works?
Titanium outside for corrosion resistance. Copper inside for current transfer.
Titanium-clad copper combines a titanium outer layer with a conductive copper core through a metallurgical bond. The two materials remain distinct while working as one composite conductor.
Titanium Clad Copper Product Forms
Available in standard and drawing-based forms for electrochemical current transfer, busbar systems and industrial equipment connections.
01 — Titanium Clad Copper Bar
Bar Form
Specify: Width · Thickness · Ti Layer · Copper Core · Length · End Machining
Flat, square or rectangular Ti/Cu clad bars for current distribution and electrochemical equipment.
02 — Titanium Clad Copper Rod
Rod Form
Specify: OD · Ti Layer · Copper Core · Length · End Configuration
Round Ti/Cu clad rods for conductive supports, electrode connections and custom assemblies.
03 — Titanium Clad Copper Busbar
Busbar Form
Specify: Cross-Section · Ti Layer · Copper Core · Length · Holes / Slots
Ti/Cu conductor bars for electrolysis, plating and electrowinning systems with custom connection features.
04 — Titanium Clad Copper Plate
Plate Form
Specify: Ti Layer · Copper Base · Total Thickness · Width · Length · Inspection
Ti/Cu clad plate for conductive, corrosion-resistant and equipment-interface applications.
05 — Titanium Clad Copper Sheet
Sheet Form
Specify: Width · Total Thickness · Ti Layer · Length · Tolerance
Thin Ti/Cu composite sheet for custom conductive and corrosion-resistant components.
06 — Titanium Clad Copper Strip
Strip Form
Specify: Width · Thickness · Ti Layer · Length / Coil Form · Tolerance
Narrow Ti/Cu clad strip for custom current-transfer and equipment components.
07 — Titanium Clad Copper Hanger Bars
Hanger Bar Form
Specify: Section · Length · Ti Layer · Connection End · Holes / Slots
Custom Ti/Cu hanger bars for plating and electrochemical systems requiring conductive support and corrosion-resistant exposed surfaces.
08 — Custom Titanium Clad Copper Components
Custom Form
Specify: Drawing · Material Combination · Dimensions · Tolerance · End Machining · Quantity
Drawing-based Ti/Cu composite parts with custom profiles, holes, slots, threads and exposed copper connection areas.
How to Specify Titanium Clad Copper
Confirm the product form, section, material combination, service conditions and inspection requirements before quotation.
Select Product Form
Choose bar, rod, busbar, plate, sheet, strip, hanger bar or a custom Ti/Cu component.
Define Section & Size
Specify OD, width × thickness, plate dimensions or drawing-defined geometry.
Confirm Ti Layer & Copper Core
Specify titanium grade, Ti layer thickness and copper grade or UNS.
Define Length & End Details
Confirm total length, exposed copper, holes, slots, threads or other end machining.
Provide Service Conditions
Provide rated current, electrolyte or chemical medium, concentration and operating temperature where applicable.
Define Inspection Requirements
Specify dimensional, bond, electrical and documentation requirements for the order.
Need more guidance on materials, bonding, conductivity or inspect?
QUICK SPECIFICATIONS
Titanium Clad Copper Specification Snapshot
Key material, dimensional and processing requirements for titanium clad copper bar, rod, busbar, plate and custom forms.
| Item | Typical Specification |
|---|---|
|
Product Forms
|
Bar / Rod / Busbar / Plate / Sheet / Strip / Hanger Bar / Custom |
|
Titanium Layer
|
Grade 1 / Grade 2; other grades by review |
|
Copper Core
|
C11000 / OFHC or project-specified copper |
|
Section / Size
|
Drawing-defined OD, width × thickness or plate dimensions |
|
Ti Layer Thickness
|
Project-defined |
|
Length
|
Drawing or order requirement |
|
End Machining
|
Exposed copper / holes / slots / threads / custom ends |
|
Bonding Route
|
Confirmed according to product form and project requirement |
|
Inspection
|
Dimensional / bond / electrical / documentation as specified |
Note: Final dimensions, Ti layer, copper grade, bonding route and inspection scope are confirmed after specification or drawing review.
Custom Specifications Are Welcome
All specifications can be reviewed and manufactured according to your drawings, current rating, connection design and electrochemical environment.
Titanium-Copper Bonding & Custom Fabrication
BONDING & FABRICATION
Bonding and fabrication routes are selected according to product form, material combination, final dimensions and project requirements.
Material Preparation
Titanium and copper surfaces are prepared according to the selected bonding and manufacturing route.
Metallurgical Bonding
The Ti/Cu interface is produced using the approved bonding route for the specified product form.
CNC Machining
OD, ID, flats, holes, slots and connection features can be machined to drawing requirements.
Surface & Contact Preparation
Exposed copper areas and electrical contact surfaces can be prepared according to the required connection design.
Final bonding route and machining scope are confirmed after drawing and specification review.
Titanium-Clad Copper Quality Control
Inspection scope is confirmed according to product form, bonding route, drawing and purchase requirements.
Quality & Inspection
Material Verification
Titanium and copper grades are checked against the applicable material documents and order requirements.
Bond Integrity Inspection
The Ti/Cu interface is inspected using the agreed method and acceptance requirements for the product form.
Dimensional Inspection
Cross-section, Ti layer, length and machined features are checked against the drawing or agreed dimensions.
Electrical Verification
Copper-core conductivity and finished-part resistance or voltage-drop requirements are evaluated separately when specified.
Surface & End Inspection
Exposed copper areas, contact surfaces and machined ends are checked against the approved connection requirements.
Documentation & Final Release
- ✔ MTC (Material Test Certificates) preparation
- ✔ Dimensional records documentation
- ✔ Project-specified inspection documents
Inspection method, sampling and acceptance criteria should be confirmed in the purchase specification before production.
Titanium Clad Copper Applications
Ti/Cu clad conductors are used where electrical current transfer and corrosion-resistant external surfaces are both required.
Electroplating
For plating racks, hanger bars, busbars and conductive connections exposed to corrosive process environments.
Electrolysis & Electrowinning
For conductor bars, electrode connections and current-feeding components in electrolysis and metal-recovery systems.
Chlor-Alkali Systems
For selected current-transfer and electrode-interface components where Ti/Cu clad construction is specified by the system design.
Hydrometallurgy & Electrochemical Equipment
For custom conductive components used in electrowinning, electrorefining and other electrochemical process equipment.
Why Source Titanium Clad Copper from Hele Titanium
Engineering review, custom machining and inspection support for industrial Ti/Cu clad conductor projects.
Application & Specification Review
Product form, material combination, dimensions and service requirements are reviewed before production.
Custom Forms & End Machining
Bars, rods, busbars and custom components can be machined to drawing-defined connection requirements.
Bond & Dimensional Inspection Support
Bond integrity, dimensions and project-defined electrical checks can be included in the inspection scope.
Traceability & Project Documentation
Material records, inspection documents and export documentation can be prepared according to order requirements.
Drawing-Based Manufacturing Review
Non-standard sections, connection details and machining requirements can be reviewed from customer drawings.
Electrochemical Application Experience
Ti/Cu clad components are reviewed for electroplating, electrolysis, electrowinning and related electrochemical systems.
Discuss Your Ti/Cu Project
Titanium Clad Copper FAQs
Quick answers to common purchasing and specification questions for Ti/Cu clad products.
General & Technical Questions
01 — What information is required for a titanium clad copper quotation?
Please provide the product form, dimensions or drawing, titanium grade, Ti layer thickness, copper grade, length, quantity, end machining and inspection requirements.
For electrical applications, the project can also include rated current, electrolyte, concentration and operating temperature where relevant.
02 — What titanium clad copper forms are available?
03 — What titanium and copper grades can be supplied?
04 — Can titanium clad copper be custom machined?
Inspection & Quality Questions
05 — How is the Ti/Cu bond inspected?
The inspection method and acceptance criteria are confirmed according to the product form, bonding route and purchase specification.
Where required, the inspection scope can include bond-integrity verification together with dimensional and project-defined testing.
06 — Can material and inspection documents be supplied?
07 — What is the difference between titanium clad copper and titanium-copper alloy?
Inside Our Manufacturing & Quality System
See how we produce, inspect, and document titanium products as a direct manufacturing partner.
See how titanium-clad copper moves from copper-core preparation through bonding, profile finishing, machining, and final release.
A look inside the production areas where Ti-Cu conductors are bonded, machined, inspected, and prepared for shipment.
Our inspection system verifies bond integrity, material identity, cladding thickness, electrical continuity, and dimensional accuracy before shipment.
Documentation and traceability are essential for electrochemical systems, high-amperage conductors, and long-life industrial infrastructure.
Request a Titanium Clad Copper Quote
Tell us your required Ti-Cu form, copper core grade, titanium cladding grade, wall thickness, current load, application environment, and machining requirements. Our team will recommend the most suitable bonded composite solution for your system.
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✓Advanced Metallurgical Bonding
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✓High-Conductivity + Corrosion Resistance
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✓UT, MTC & Full Traceability Support
Direct Contact:
sales@heletitanium.com
Titanium Valley, Baoji City ,Shaanxi Province, China