A modular assembled electroplating line

Abstract

The invention discloses a modularly assembled electroplating line. The modularly assembled electroplating line comprises a frame. The frame is provided with an electroplating drum and a plurality of tanks for storing an electroplating solution. The modularly assembled electroplating line is characterized in that all the tanks are orderly arranged along the width direction, a connecting member fordetachably fixing the adjacent tanks is arranged outside the tank, the upper end of each one of the tanks is provided with an opening, an upper end cover covers the opening, the upper end cover and the tanks form a closed storage chamber, and a pumping mechanism for extracting the electroplating solution from the tank or injecting the electroplating solution into the tank is arranged outside the tank. The switching of the electroplating drum between different tanks is carried out in the closed environment so that the heat of the electroplating solution in the tank is well kept and the electroplating solution does not volatilize to the outside of the tank and thus working environment pollution is avoided.

Description

Technical field [0001] The invention relates to the technical field of electroplating production lines, in particular to a modular assembled electroplating line. Background technique [0002] In the electroplating line in the prior art, the electroplating rollers with products need to be sequentially immersed in different electroplating tanks, thereby completing the electroplating process preparation for the products. The electroplating solution between different tanks is different. Therefore, the electroplating line in the prior art is often equipped with a driving system through which the electroplating drum is lifted and then transported to the next tank. However, this existing technology generally has the following technical problems: [0003] 1. Since the electroplating drum needs to be lifted in the vertical direction by driving, the tank in the prior art must be open, which will cause the electroplating solution in the tank to volatilize to the entire plant area, and most o...

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Problems solved by technology

[0003] 1. Since the electroplating drum needs to be lifted vertically by driving, the tank body of the prior art must be open, which will cause the electroplating solution in the tank to volatilize to the entire factory area, and most of the electroplating solutions need to be heated in the environment Therefore, the heating process will intensify the volatilization process of the electroplating solution, which is the main reason for the poor working environment of the electroplating line in the prior art.

In addition, the electroplating solution contains a large amount of harmful substances, which will directly cause harm to the health of the operating staff after volatilization

[0004] 2. The composition of the electroplating solution in the prior art is relatively complex, and often contains more additives or catalysts, etc., and most of the additives and catalysts have higher requirements on temperature

Obviously, in the open tank body in the prior art, the electroplating solution in the tank body will cause continuous loss of heat through direct contact with the outside air. This heat loss process is not only greatly affected by the external environment temperature, but also leads to Temperature control is difficult, and the temperature difference between the surface layer of the tank and the bottom of the tank is large, resulting in poor uniformity in the tank. The above-mentioned processes will directly affect the reduction of the plating effect of the product

[0005] 3. In the electroplating line of the prior art, the larger part of the electric energy consumption is used for heating the electroplating solution in many tanks, and obviously the open tank is not conducive to the heat preservation of the electroplating solution in the tank, so this electric energy will be aggravated. Consumption

This is obviously not conducive to responding to the national call for energy conservation and emission reduction. At the same time, the large consumption of electric energy not only results in higher production costs, but also seriously restricts the production capacity of enterprises due to the control of electricity consumption by enterprises.

[0006] It is precisely because of the above-mentioned problems that the development of the electroplating industry is seriously restricted. In modern industrial production, whether it is auto parts, machine equipment parts or various products in life, its electroplating forms The electroplating protective layer is a relatively common demand, so with the development of the electroplating industry, the industry is also eager to develop a new generation of electroplating lines, so that the electroplating process has low energy consumption and low pollution

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