Titanium-clad copper busbar anode is a titanium-grade copper bar with a certain thickness. It is mainly used as a bracket in electroplating, electrolysis, hydrometallurgy and other processes, because it not only has the original conductive properties of the copper bar, but also has the function of protecting the copper bar. effect.

The copper busbars are not corroded by the titanium layer and therefore avoid the disadvantages of traditional copper busbars: dangers and difficulties in replacing the anode metal, copper busbar corrosion, heat generated by electrical contact resistance in electrolysis and plating defects due to corrosion and shedding of copper compounds , which can greatly reduce electrolyte pollution. Today, submersed titanium-clad copper busbars have become the best choice for many industries, including printed circuit manufacturers and steel (copper, gold) refining manufacturers.

Generally, we provide first-class composite non-ferrous metal composite materials, mainly titanium clad copper, also including zirconium clad copper, 316L steel clad copper, titanium clad 316L steel plate, rod, tube, composite wire and multi-layer composite material, ETC.

However, if you require the material to have the above functions, then you must ensure stronger bonding strength and higher adhesion rate between the copper bar and the titanium layer, which cannot be satisfied by traditional mechanical bonding methods.

In order to overcome this problem, our company's R&D team has summarized three advanced processing technologies after decades of experiments: explosive welding, rolling cladding, and explosive rolling cladding. ZhenAn has successfully produced four-layer single-layer titanium-clad copper rods, with at least one core layer and one outer layer. Its shear strength is ≥130Mpa, and its density rate is ≥98%.

It can also supply round, square, and flat steel in various specifications. The bar length can reach more than 10 meters, and can be welded together according to different shapes and materials. Customer requirements. The same process technology can also be used to produce nickel-clad copper rods, stainless steel-clad copper rods, zirconium-clad copper rods and other series of products.