Product Specification

Blue Whale Single Tank Electrolytic Ultrasonic Cleaning Equipment For Mold Washing

Remove Grease Rust Stains Carbon Gas

1. Product Features:

1). The electrolytic cleaning system emits gas to the metal surface, using the sauna effect to remove the dirt and impurities on the metal surface, and it can also completely remove the carbon deposits on the mold. Resin components, moisture, oil, and vibration through ultrasonic waves The dirt peels off and floats, and the metal is attached to the cathode. Even the dirt in a fairly small corner can be completely removed.
2). The metal is restored to the original patina and the original beauty of the metal is restored.
3). Even the complex shape can be Removal of dirt.
4), It can completely clean and decontaminate.
5), Has a good rust and rust prevention effect.
6), Saves one hour of time than manual cleaning;
7), It is more environmentally friendly and safer than using organic solvents.
8), It greatly reduces the defect rate after washing.

2. What are the Electrolytic Ultrasonic Cleaning Equipment For Mold Washing?

Electrolytic ultrasonic cleaning equipment for mold washing is a type of ultrasonic cleaning device that combines the benefits of ultrasonic cleaning and electrolysis to provide a thorough and effective cleaning process for molds. Here are some features and advantages of this type of equipment:

Electrolytic cleaning: Electrolytic cleaning uses an electric current to create a chemical reaction that dissolves the contaminants on the mold surface. This process is especially effective for removing rust, oxidation, and other stubborn stains that may be difficult to remove with traditional cleaning methods.

Ultrasonic cleaning: Ultrasonic cleaning uses high-frequency sound waves to create microscopic bubbles in the cleaning solution, which penetrate even the smallest crevices and remove dirt, grease, and other contaminants from the mold surface. This results in a thorough and effective cleaning process.

Non-abrasive: Electrolytic ultrasonic cleaning equipment is non-abrasive, which means it won't damage the mold surface or alter its dimensions. This is especially important for molds used in the manufacturing of precision parts.

Fast and efficient: Electrolytic ultrasonic cleaning equipment is fast and efficient, with cleaning cycles that can be completed in as little as a few minutes. This can help to reduce downtime and increase productivity in manufacturing processes.

Environmentally friendly: Electrolytic ultrasonic cleaning equipment is an environmentally friendly option, as it doesn't use any harsh chemicals or solvents that can be harmful to the environment or the user. It also uses less water than traditional cleaning methods, which can help to conserve resources.

Overall, electrolytic ultrasonic cleaning equipment for mold washing is a powerful and effective tool for removing contaminants from molds. Its combination of electrolytic and ultrasonic cleaning methods, non-abrasive cleaning process, and fast and efficient cycles make it a popular choice for manufacturers who need to clean molds regularly.

2. Detail Information Of LanJ-52DJ:

3. Cleaning Effect:

4. How does the cleaning solution used in electrolytic ultrasonic cleaning equipment affect the mold surface?

The cleaning solution used in electrolytic ultrasonic cleaning equipment can have a significant impact on the mold surface, depending on the type of solution and the concentration used. Here are some ways in which the cleaning solution can affect the mold surface:

1). Corrosion: Some cleaning solutions used in electrolytic ultrasonic cleaning equipment can be corrosive, especially if they are highly alkaline or acidic. If the concentration of the cleaning solution is too high, it can cause the mold surface to become corroded or pitted, which can affect the quality of the finished product.

2). Etching: Etching is a process by which the cleaning solution removes a thin layer of material from the mold surface. This can be useful for removing surface contaminants and improving the mold's surface finish, but if the cleaning solution is too strong or the cleaning cycle is too long, it can cause excessive etching, which can affect the mold's dimensions and surface quality.

3). Residue: Some cleaning solutions can leave a residue on the mold surface after the cleaning process is complete. This residue can affect the surface finish of the mold and may need to be removed with a rinsing or drying process.

4). Discoloration: Some cleaning solutions can cause discoloration of the mold surface, especially if the mold is made of certain types of metal or has a surface coating. This can affect the appearance of the finished product and may require additional finishing processes to correct.

To minimize the impact of the cleaning solution on the mold surface, it's important to use a cleaning solution that is specifically designed for the type of mold material and contaminants being removed. The concentration of the cleaning solution should also be carefully controlled, and the cleaning cycle should be monitored to ensure that it doesn't exceed the recommended time.