The efficiency of electroplating equipment is a matter of concern to people. In the actual electroplating process, what are the factors that affect the efficiency of electroplating equipment?
The electroplating equipment includes an electroplating box, an impurity filter and an agitator. The electroplating box is placed on the frame, the electroplating box cover is placed on the upper end, and the contact is sealed. The upper end of the plating box cover is provided with several negative poles and electroplating parts, and the lower ends of the negative poles and electroplating parts extend into the plating box.
The electroplating box is filled with electroplating liquid medium, and the lower ends of the negative poles and electroplating workpieces are immersed in the liquid. There is a row of agitators at the lower end of the electroplating box, the blade part of the agitator is in the liquid medium, and the driving part is fixed on the frame.
One end of the electroplating box is provided with a liquid suction pipe, and a one-way valve is provided at the connection between the electroplating box and the liquid suction pipe. The other end of the liquid suction pipe is connected to the lower end of the impurity filter, and the upper end of the impurity filter is connected to the water pump. The output end of the water pump is connected to the electroplating box through a drain pipe. The impurity filter and the water pump are placed on, and the pump support table is fixed on the outside of the electroplating box.
The electroplating equipment can operate continuously and automatically, and can effectively filter, wash, dehydrate, and clean the operation site, making it easy to inspect and maintain.
When electroplating equipment is chrome-plated, there are many factors that affect the electroplating effect. So what are the factors that affect the chrome plating effect?
- Surface roughness of the substrate before plating: the smaller the surface roughness value of the substrate, the smaller the surface roughness value after plating;
- Plating solution temperature: the surface roughness value after high-temperature plating solution is large;
- Current density: the higher the current density, the greater the surface roughness value after plating;
- Plating solution concentration: the greater the concentration of the plating solution, the greater the surface roughness value after plating;
- Plating time: the longer the electroplating time, the greater the surface roughness value.