Electroplating Hangers Deplating Formulation

27 Mar.,2025

 

Electroplating Hangers Deplating Formulation

Author: Robby

First, the principle of chemical reaction

Deprocessing of electroplating fixtures is a chemical reaction, which requires the use of certain chemical reagents. Generally the chemical reagents used are acidic solution, reducing agent and oxidising agent.

When the acidic solution comes into contact with the plating layer, it will produce a chemical reaction that will strip the plating layer (generally the chrome layer). Reducing agents and oxidising agents will promote this reaction, thus making it easier to strip the plating layer.

Second, the operation steps

1. Preparation: wear protective gloves, goggles and other personal protective measures, and chemical reagents ready.

2. Soak the plating fixture in the acidic solution, which generally takes about 10 minutes.

3. Add the reducing agent into the above acidic solution, need to wait for a certain reaction time.

4. Add the oxidising agent into the reaction solution, it will react violently, so you need to pay attention to safety.

5. After the reaction is completed, rinse off the remaining chemical reagent with water, and finally dry the electroplating pendant.

Third, Precautions

1. The operation process needs to be careful, strictly comply with the instructions for the use of chemical reagents.

2. The reaction produces gas, need to maintain a well-ventilated environment.

3. Before operation, you need to fully understand the chemical reagents and understand the possible safety hazards.

4. Do not touch the reaction solution, wear protective gloves and goggles and other protective facilities.

Fourth, the summary

Electroplating hook and ladle deprocessing is a highly technical operation, need to strictly comply with the use of chemical reagents specifications. If you do not have the relevant experience or professional knowledge, it is recommended to look for a professional organisation or personnel to carry out the de-plating operation, so as not to cause potential safety hazards.