What are the characteristics of commonly used titanium-copper composite rods?
The value of the titanium-copper composite rod process is that it can closely combine titanium and copper into one body in terms of organizational structure, like skin and flesh. This combination will not only not increase the resistance of the current, but also allow copper to perform its essential functions normally. Some conductive properties can also add the following four advantages without affecting the original excellent conductive properties of copper:
●Support strength:
The titanium-copper composite rod has a yield strength of 135Mpa and a tensile and shear strength of 180260Mpa, which fully meets the production design requirements and achieves the support performance required for the anode during operation.
●Corrosion resistance:
The outer layer of the titanium-copper composite rod is in direct contact with the electrolytic medium. The pure titanium in the outer layer has excellent corrosion resistance (see table below), and its lifespan is more than 10 times longer than electrodes made of other materials.
●Saving energy consumption:
Because the explosion + rolling production process used can completely combine titanium and copper without delamination, greatly reducing the pollution of electrolyte and plating solutions, greatly reducing the current resistance to 7.77×10-6Ω, making the current flow smoother , thus saving energy consumption.
●Improve environmental protection effect:
Because the explosion + rolling production process used can completely combine titanium and copper, no liquid pollution caused by delamination will occur. Because the outer layer of titanium is corrosion-resistant, it will not produce air and environmental pollution caused by oxidation, and it will also greatly reduce air and environmental pollution caused by oxidation. Significantly reduce overall environmental pollution. We can produce titanium-clad copper and zirconium-clad copper in different specifications according to user requirements.
