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Dissimilar metal connecting (joint) series (dissimilar metals transition joint, dissimilar metals connector, dissimilar metals transition plate or tube sheet/tubesheet)
Specification: customized specification (non-standard products)
Characters and applications of dissimilar metals clad connectors (explosive welded transition joints)
Explosion welding can manufacture dissimilar metals lapping, butting, and mitering plate joint, pipe joint and bar joint. These joints can also be processed by clad plate, clad tube and clad bar. This kind of transition joint, in essence, changes different metal welding into same metal welding. The way provides a great solution for the challengeable dissimilar metal jointing. For example, zirconium-2-stainless steel pipe joint connecting same tube material at each end by conventional welding process. Inner zirconium exerts excellent nuclear performance in reactor meanwhile the relatively low cost of stainless steel is used on the other side of tube. It has the similar usage for zirconium-niobium-stainless steel clad transition joint, inconel-stainless steel transition joint, cooper-aluminum transition joint used in refrigerator, titanium-stainless steel transition joint in spacecraft, aluminum-steel in modern manufacture and ship building industry, titanium-cooper, titanium-aluminum, titanium-stainless steel, cooper-steel, aluminum-steel and aluminum clad conducting plate joints, tube joints and bar joints.
What's more, heat exchanger welded of steel titanium tube sheet with titanium pipe performs much more advantages than that of traditional weld technique. So, it is the best weld technique as for to dissimilar metal connection at present.
Conductive dissimilar clad metals by explosive welding, and clad transition joints with all different shapes and usages, have significant technical and economic values, which should be developed widely. Clad transition joint has the advantages of electric conductivity and energy saving; and explosive welded clad metals have broadly applications in electrolytic industry and electric power industry. Transition electric joints can save energy in electrolytic process. The applications of transition electric joints in power transmission and distribution industry, substituting aluminum for copper, is a significant technique measures in developing electric power industry. However, how to connect cooper and aluminum is the crucial topic when develop aluminum replacing cooper.
Aluminum-titanium-stainless steel transition joint is widely used in the connecting giant cold mill parts and pipe conveying liquid nitrogen and liquid oxygen. Dissimilar metal clad plate joint, metal clad tube transition joint, metal clad bar transition joint, also shows outstanding technical and economic values. Dissimilar metal clad transition joint not only solves weld problem of dissimilar metals, but also saves much precious material and reduces the cost. There is no doubt that, this explosive weld exploits vast metal clad material when transition joint connects different metals. It opens up a board road to manufacture bimetal and multi metal transition joints.
Specification: customized specification (non-standard products)
Characters and applications of dissimilar metals clad connectors (explosive welded transition joints)
Explosion welding can manufacture dissimilar metals lapping, butting, and mitering plate joint, pipe joint and bar joint. These joints can also be processed by clad plate, clad tube and clad bar. This kind of transition joint, in essence, changes different metal welding into same metal welding. The way provides a great solution for the challengeable dissimilar metal jointing. For example, zirconium-2-stainless steel pipe joint connecting same tube material at each end by conventional welding process. Inner zirconium exerts excellent nuclear performance in reactor meanwhile the relatively low cost of stainless steel is used on the other side of tube. It has the similar usage for zirconium-niobium-stainless steel clad transition joint, inconel-stainless steel transition joint, cooper-aluminum transition joint used in refrigerator, titanium-stainless steel transition joint in spacecraft, aluminum-steel in modern manufacture and ship building industry, titanium-cooper, titanium-aluminum, titanium-stainless steel, cooper-steel, aluminum-steel and aluminum clad conducting plate joints, tube joints and bar joints.
What's more, heat exchanger welded of steel titanium tube sheet with titanium pipe performs much more advantages than that of traditional weld technique. So, it is the best weld technique as for to dissimilar metal connection at present.
Conductive dissimilar clad metals by explosive welding, and clad transition joints with all different shapes and usages, have significant technical and economic values, which should be developed widely. Clad transition joint has the advantages of electric conductivity and energy saving; and explosive welded clad metals have broadly applications in electrolytic industry and electric power industry. Transition electric joints can save energy in electrolytic process. The applications of transition electric joints in power transmission and distribution industry, substituting aluminum for copper, is a significant technique measures in developing electric power industry. However, how to connect cooper and aluminum is the crucial topic when develop aluminum replacing cooper.
Aluminum-titanium-stainless steel transition joint is widely used in the connecting giant cold mill parts and pipe conveying liquid nitrogen and liquid oxygen. Dissimilar metal clad plate joint, metal clad tube transition joint, metal clad bar transition joint, also shows outstanding technical and economic values. Dissimilar metal clad transition joint not only solves weld problem of dissimilar metals, but also saves much precious material and reduces the cost. There is no doubt that, this explosive weld exploits vast metal clad material when transition joint connects different metals. It opens up a board road to manufacture bimetal and multi metal transition joints.