Aluminium Rod Tirmetallic Clads Transition Joint Steel Yoke Welded Complete Anode Rod Assembly
Anode aluminium bars are components commonly used in certain electrochemical processes, especially in electrolytic aluminium production. These bars are typically made of aluminium and serve as the anode in the electrolytic cell. They play a crucial role in the electrochemical reactions that take place during the production of aluminium. During the process, current flows through these anode bars, and oxidation reactions occur at their surface.
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Tirmetallic Clads Transition Joint aluminum-steel clads or al-TA1-steel clads
Tirmetallic clads transition joints are designed to connect different metals in a system where there is a need for a smooth transition in terms of mechanical and electrical properties. In the context described, these joints are likely used to connect different components with varying metal compositions. For example, they might be used to connect the anode aluminium bars to other parts of the assembly that are made of different metals. The transition joint helps to minimize issues such as differences in thermal expansion, electrical resistance variations, and mechanical stress that could arise when different metals are directly joined without proper adaptation.
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Steel Stub Low carbon steel
A steel stub is another element within the assembly. Steel is often used due to its strength and durability. The steel stub might provide structural support or serve as a connection point for other components. It could be designed to withstand mechanical loads and also contribute to the overall stability of the anode assembly. In some cases, the steel stub may also have electrical properties that are relevant to the functioning of the anode system, such as conducting current or providing a stable electrical connection within the assembly.
The welded anode assembly is the complete structure formed by welding together the anode aluminium bars, tirmetallic clads transition joints, and steel stubs. The welding process ensures a strong and reliable connection between these components. This assembly is carefully designed and fabricated to function effectively in the specific electrochemical environment of the electrolytic cell. A well - constructed welded anode assembly is essential for the efficient operation of the electrolytic process as it affects factors such as current distribution, stability of the anode, and overall performance of the cell in terms of aluminium production.
Shaanxi Ruisen Metallic Composite Material Co., Ltd
(Xian Ruisen Clad Metal Material Co., Ltd.)
Location of factory: Xingping City, Shaanxi.China
Year of foundation: 1997
Number of employee: 300
company covers an area : 55,896 square meters
business:
▶ metal composite materials, annual production capacity is 10,000 tons
▶ cast steel, annual production capacity is 15,000 tons
▶ Welded structures. annual production capacity is 10000 pieces
Backgroud
The anode assemblies act as both a mechanical support and to transfer the large amounts of electrical current to the anode. The anode assmeblies are subject to a very demanding service life, a nd this creates a continual and variable need of repair and replacement.
Anode Assembly
Anode rods: aluminium or copper
Trasnsition joint inserts: bimetallic or trimetallic clads
Anode yoke: casting steel yokes or welding steel yokes
Anode assembly for SOHAR.
Completely produced by RUISEN team;
-Aluminium Rod;
-Alu/TA1/Steel explosive welding;
-Casting yoke;
Equipment list:
-Automatic sand processing line.
-Automatic molding production line.
-Automatic Fritction welding processing line.
-Two pouring lines.
-Three intermediate frequency electric furnaces.
-Steel claw/yoke heat treatment furnace.
