Novel copper electric-conducting bar

Abstract

The invention discloses a novel copper electric-conducting bar which comprises a copper substrate, wherein both sides of the copper substrate are respectively provided with a plurality of solid-structure electric-conducting contact bulges which are arranged in a continuous mode, and the distance between every two adjacent electric-conducting contact bulges is 5-12cm. The novel copper electric-conducting bar is simple in structure; and the electric-conducting contact points of the electric-conducting bar adopt the plurality of solid-structure electric-conducting contact bulges, so that the electric-conducting contact area of the electric-conducting bar is increased in the use process, thereby increasing the current passage area, reducing the resistance, relieving the heating phenomenon in the equipment use process, and having obvious energy-saving effect.

Description

technical field [0001] The invention relates to a novel copper conductive row. Background technique [0002] In the copper electrolysis process, due to the superior performance of stainless steel cathode plates, stainless steel cathode plates are widely used. At present, the conductive row commonly used in the market adopts the whole plate pressing structure, so that its conductive contact point is a hollow structure, the contact area is small, the resistance is relatively large, the current flow area is small, and the conductive row generally has heat when it is powered on, resulting in The resistance of the conductive row is further increased, and the power consumption is lost. Because the usage of the conductive row is relatively large, the service time is relatively long; therefore, the loss of electric energy is relatively large. Contents of the invention [0003] The purpose of the present invention is to provide a novel copper conductive row aiming at the defects e...

AI Technical Summary

Problems solved by technology

At present, the conductive row commonly used in the market adopts the whole plate pressing structure, so that its conductive contact point is a hollow structure, the contact area is small, the resistance is relatively large, the current flow area is small, and the conductive row generally has heat when it is powered on, resulting in The resistance of the conductive row increases further and consumes electric energy. Since the usage of the conductive row is relatively large and the service time is relatively long; therefore, the loss of electric energy is relatively large

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