Hello everyone, I'm the editor. Today, I'm here to give you a detailed introduction to the degreasing process of the high-pressure spray washing machine.

Place oil-stained metal parts, aluminum blocks, metals, bearings, chains, molds, etc., into the cleaning basket and then into the cleaning tank.

2. Add water and pour in a certain amount of degreaser.

3. Press the switch to activate the ultrasonic cleaner, which will then operate for a period of time. After cleaning, place the item and cleaning basket into another drying tray, where it will dry for a set duration before being removed together.

4. Power off and maintain properly

Utilizing ultrasonic cleaning equipment can reduce the time and improve the quality of degreasing and rust removal, while enhancing the overall process. Particularly effective for precision parts and complex-shaped metal hardware. Metals with hard-to-remove oil stains, bearing chains, and molds exhibit significant degreasing and rust removal effects, overcoming the damage caused by manual cleaning to the parts. Ultrasonic degreasing is based on the cavitation principle, with a frequency of 40KHz, which is a high-frequency ultrasonic wave. Under the action of ultrasonic waves, combined with the chemical effect of the degreaser, bubbles form in a warm environment. Due to pressure, these bubbles collapse and disperse, generating shock waves that can wash away the surface of metal hardware, promoting the stripping of oil stains.

How effective is the degreasing and rust-removing capability of ultrasonic cleaning machines? The effectiveness is closely related to factors such as the size and complexity of the parts, their placement, the composition of the surface oil, and whether a degreaser is added. Generally, ultrasonic cleaning machines operate at a frequency of 40KHz. The placement of the parts is crucial; as the parts move or rotate within the cleaning tank, it ensures that all surfaces are exposed to the ultrasonic radiation for optimal cleaning.