Vertical folded plating production line

Abstract

The invention relates to a vertical folded plating production line, which comprises a plurality of plating process tanks and a plurality of groups of plating wheel devices arranged in the plating process tanks, wherein each group of plating wheel device comprises a conductive wheel, a driving wheel and a heat dissipation mechanism for realizing heat dissipation of the conductive wheel; the conductive wheel is arranged above the plating process tank and keeps a distance from plating solution in the plating process tank; the transmission wheel is arranged at the bottom of the plating process tank, corresponding to the lateral surface of the right lower part of the conductive wheel; and plating pieces run up and down, to and fro among the plating process tanks through the conductive wheels and the driving wheels in the plating wheel devices to form the vertical folded plating production line. The linear running mode of the strip or wire plating pieces is changed into an up and down fluctuating motion and folded running mode, the length of the traditional high-speed plating production line is shortened on the premise that the steps of the plating process are not reduced, and the plating effect is improved by arranging the heat dissipation mechanisms for realizing the heat dissipation of the conductive wheels.

Description

technical field [0001] The invention relates to an electroplating production device, in particular to a vertical folding electroplating production line. Background technique [0002] The traditional strip or wire high-speed electroplating production line generally adopts the linear transmission method, that is, the wire or strip plated parts are conveyed in a straight line, and the metal surface is processed through the various process plating tanks of the electroplating production line in the horizontal direction. Since there are many production processes that need to go through various electroplating processes on the electroplating production line, the factory building to accommodate the production line often needs to be more than 40 to 50 meters long, and the infrastructure investment is relatively large; in addition, the too long distance from the production line also makes process management, The labor intensity of patrol work, production operation and equipment mainten...

AI Technical Summary

Problems solved by technology

Since there are many production processes that need to go through various electroplating processes on the electroplating production line, the factory building to accommodate the production line often needs to be more than 40 to 50 meters long, and the infrastructure investment is relatively large; in addition, the too long distance from the production line also makes process management, Increased labor intensity of patrol work, production operation and equipment maintenance personnel

[0003] At the same time, the traditional electroplating production line loads current on the strip or wire plated parts, and adopts the metal conductive column energization method. Although there are many styles of cathode conductive structures, they all have disadvantages. For example, although the metal sleeve type has a simple structure, the electrical contact is reliable. The frictional resistance of the pressure plate type conductive wheel is large, which makes the transmission difficult; at the same time, the conductive mode of loading current is point contact or line contact, so the conductive area is small and the contact resistance is large, which is easy to spark and generate heat

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