Talk about the cleaning link after electronic electroplating treatment

Release time:

2023-07-29

The cleaning process after the electronic plating process is important to help remove residues from the process, clean the surface, and improve the quality and appearance of the product. The following are the general steps of the post-treatment cleaning process:

electronic plating process is very important. It helps to remove residues generated during the process, clean the surface, and improve the quality and appearance of the product. The following are the general steps of the post-treatment cleaning process:
1. Remove plating residues: first use appropriate methods and solutions to remove metal ions, plating solutions, deposits and other contaminants that remain on the surface during the process. This may include immersion, spray washing, agitation or ultrasonic cleaning.
2. Surface cleaning: After cleaning, the surface of the electroplated part is further cleaned to remove any attached dirt, grease or other impurities. Surface cleaning can be carried out using suitable cleaning agents and tools, such as brushes, sponges or spray guns. Neutralization treatment: During the cleaning process, neutralization treatment may also be required to neutralize acid and alkaline substances that may remain on the surface. This can be achieved by soaking the electroplated piece in a neutralization solution or spraying a neutralizing agent.
4. Rinse: After cleaning is completed, perform sufficient rinsing to ensure that all cleaning agents and treatment agents are completely removed. This can be done through multiple rinses, rinsing with pure water or a cleaning solution to ensure that the surface is clean and free of residue.
5. Drying: Dry the cleaned electroplated parts to avoid moisture residue and oxidation. Drying can be accomplished by natural air drying, hot air drying, or the use of a hair dryer. It should be noted that the specific cleaning links and methods may vary due to different electronic plating processes and product requirements. In practical applications, the appropriate cleaning agent, cleaning process and equipment should be selected according to the specific situation, and the operation should meet the relevant specifications and requirements.

In addition, the control and monitoring of the cleaning process is also very important. Relevant test instruments and methods, such as pH test, conductivity test, etc., can be used to quantitatively analyze the cleaning solution and cleaning effect to ensure the cleaning quality and consistency.

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