Similarly, explosive titanium clad plates sheets have been widely used in production and science and technology due to their superior physical and chemical properties. Copper-titanium transition joints are used in electrolytic nickel industry. In this way, the resistance of the same type of transition joint of the original mechanical connection is greatly reduced. In addition, Ti-Cu clad plate has also been applied in alkali industry. Ti-Cu clad joint has great practical significance. Titanium-copper conductors were prepared in order to reduce power consumption and increase the production of aluminium per unit of electrolytic metals. The bonding strength of bimetals is equivalent to that of copper.
Titanium and stainless steel have good corrosion resistance in many corresponding media. Composite plates made from them can be used as structural materials in chemical equipment containing different corrosive media, so they are valuable new metal materials. The transition joints made of these two materials can connect titanium and stainless steel and their parts skillfully and firmly, forming a composite material and equipment system of dissimilar metals.
In chemical equipment, it is more advantageous to use Titanium-steel-stainless steel three-layer clad plate. The compressive strength is handed over to the middle part of the steel, and the materials on both sides are only responsible for corrosion. In this way, under the condition of meeting the technical requirements, more scarce and valuable materials can be saved, thus the cost is lower.
