40KHz Stainless Steel Mold Electrolysis Ultrasonic Cleaning Machine 30L/50L/70L Ultrasonic Auto Parts Mould Cleaner

mold ultrasonic cleaner is also called electrolytic ultrasonic mold cleaner, which is a kind of electrolytic cleaner. The mold cleaning machine is mainly composed of an ultrasonic generator system, an electrolytic circuit system, a circulating filtration system, a dedicated gold-type cleaning liquid and an aqueous rust inhibitor. The ultrasonic cleaning machine uses a water-based solvent as a cleaning agent, which is mainly suitable for mold removal. Oil stain, dust removal, remover, cleaning before and after plating parts, it has a good cleaning effect on degreasing of various hardware machinery parts.

Electrolytic ultrasonic cleaning process description: gold cleaning → running water cleaning → rust prevention project.

1.The electrolytic cleaning system emits gas to the metal surface and removes dirt, impurities, and debris on the metal surface with the effect of sauna cleaning. Resin components and moisture can also be completely removed; through the vibration of ultrasonic waves, the dirt is peeled and floated, and the metal is attached to the cathode, and even the dirt in the dead corner can be completely removed.
2. Restore the metal to the original patina green and restore the original beauty of the metal.
3. Dirt can be removed even with complex shapes.
4, can achieve the purpose of cleaning and decontamination.
5, has a good effect of rust and rust.
6, more environmentally friendly and safer than using organic solvents.

Application scope of mold ultrasonic cleaning machine:
1.Type of mold: injection mold, instrument precision mold, connector mold, precision seal mold, stamping mold, forming mold, etc.
2.Residual layer of mold gas, sulfide formed by high temperature, fireproof plastic residue, toner residue, mold surface oxide, and various mold rust stains, oil stains, etc.

40KHz Stainless Steel Mold Electrolysis Ultrasonic Cleaning Machine 30L/50L/70L Ultrasonic Auto Parts Mould Cleaner detail: