Titanium clad copper bar for electrolysis&electroplating industry use with good delivery
Titanium clad copper bar for electrolysis&electroplating industry use with  good delivery
Titanium clad copper bar for electrolysis&electroplating industry use with  good delivery
Titanium clad copper bar for electrolysis&electroplating industry use with  good delivery
Titanium clad copper bar for electrolysis&electroplating industry use with  good delivery
Titanium clad copper bar for electrolysis&electroplating industry use with  good delivery

Item specifics

Base Materials
Pure copper
Clad material
CP titanium, Titanium alloy
Shape
Square, Round, Rectangular, Flat
Size
according to customer request
Technology
Rolled, Extrude, Stretching
Condition
Cold rolled(Y), Hot rolled(R), BM
Specifications
Electroplating, Electrolysis,l, Industrial

Review

Description

AS a titanium clad copper bar manufacture,We can make grade 2 titanium rod with copper composite accordidng to customer size . The following are detail informations we always produce.

Here we have four production methods of titanium-copper composite rods are presented: hot extrusion method, hot extrusion + stretching method, explosion method, explosion + rolling method.

Cladding materials: titanium Ti, zirconium Zr, nickel Ni, stainless steel (304, 316L), etc.

Multilayer thickness: conventional 1.0~2.5mm

Main section shape and size range (mm):

Rectangular width (20~150)×thickness (6~30)

Round type Φ(8~50)

Square type side length (10~30)

Wire Φ(2.0~8.0)
Testing :
Chemical composition test,
Appearance defects inspection,
Tolerance detection.

Application :
Electrolysis, electroplating, 
Electrolysis,PCB
Hydrometallurgy, power 
Chemical industry, 
Water treatment, 
Ocean engineering, etc.

Features :
Low processing costs,

Big area of composite materials available with excellent metallurgical bonding by explosive welding process.

Copper Core and Great weldability for connecting, capping and joining,

Fantastic corrosion resistance in strongly corrosive solutions due to outside Titanium layer.

Excellent conductivity and fully ductile for shaping and forming due to OFHC (Oxygen-Free High Conductivity).
What we can do for you?
If the above model is not suitable for your workpiece, please tell us your need and then we can send you the most satisfying drawing.
contact us