Titanium-clad copper bar for electrolysis
titanium-clad copper bar for electrolysis is mainly used in electroplating, electrolysis, metallurgy and metal anode electrolyzer under corrosive conditions.
Product Introduction
Advantages
1. Supporting strength:
The yield strength of Titanium-clad copper bar reaches 135 Mpa and the Tensile-Shear Strength reaches 180~260 Mpa, which fully meets the requirements of production design and achieves the supporting performance of the anode during operation.
2. Corrosion resistance:
The outer layer of the clad copper rod is directly in contact with the electrolyte. The pure Titanium has excellent corrosion resistance (see table below). Its service life is more than 10 times longer than that of the electrodes of other materials.
3. Save energy consumption:
The explosion+rolling process can make the Ti-Cu composite tightly without delamination, greatly reduce the pollution of electrolyte and electroplating solution, greatly reduce the current resistance to 7.77 *10-6Ω, make the current smoother and consequently save energy consumption.
4. Improving environmental protection effect:
Because Hot extrusion + cold drawing can make the titanium-clad copper bar completely and tightly without the liquid pollution caused by delamination, because the outer titanium is corrosion-resistant, does not pollute the air and environmental pollution caused by oxidation, and also greatly reduces the overall environmental pollution. We can produce different specifications of Ti clad copper and Zirconium clad copper according to user's requirements.
Specification
Base material | T1,T2 pure copper |
Cladding material | TA1,TA2 pure titanium, thickness is 0.8~1.2mm |
Standard | JB12769-2015 |
Round bar | φ6.35~φ78 |
Rectangular bar | Maximum 20x120mm, Length and specifications are processed according to customer requirements. |
Length | ≤12000mm |
The production method
1. Stretching method
2. Extrusion or extrusion + stretching method
3. Explosion or explosion + rolling method
Hot Tags:
You Might Also Like
Send Inquiry