Ship Engine Mechanical Ultrasonic Cleaner

22 Liter 600W Heat Power Mechanical Ultrasonic Cleaner For Ship Engine Celaning​

How Whale cleen sonic Mechanical Ultrasonic Cleaner Works?

Ultrasonic cleaning works on the principle of cavitation. High frequency sound waves are generated and introduced in the cleaning liquid as mechanical energy through a series of transducers fitted on the outside bottom of the Mini Tank and radiating upwards. The process of ultrasound creates numerous tiny vacuum bubbles on the cleaning solution, which consequently implode. The energy released when tiny bubbles implode on the surface of the parts exposed to the cleaning solution causes an extremely effective cleaning force to the surface of the parts. As the temperature of the cleaning solutions is directly related to the cavitational effect of the ultrasonic energy the Ultrasonic cleaners are delivered with built-in electrical heating elements complete with thermostatic controls. In this way an optimum combination of cleaning product (solution), temperature and ultrasonic power can be reached.

Detail Information Of Z-08:

Cleaning Effect:

How To Select Ultrasonic Cleaner?

Selecting the ultrasonic cleaner best-suited for your requirements calls for a lot of thought. We present some considerations here and are always ready to discuss your needs in detail to help you make the correct decision.

“Off the shelf” ultrasonic cleaners are available in sizes from small benchtop units to industrial-scale floor mounted models holding up to approximately 100 gallons of cleaning solution. Customized cleaners can also be ordered. The size should be selected based on the largest marine engine component you’ll be cleaning. This helps determine cleaning solution capacity and the internal dimensions of the cleaning tank. Small components will be placed in mesh baskets for immersion in the cleaning solution, and baskets have slightly smaller dimensions than tank interiors. This brings up two points:

1. Take into account what is called working depth, the distance from the bottom of the basket to the surface of the cleaning solution. Parts must be fully immersed for proper cleaning.

2. Be certain that the basket is capable of handing the weight of parts being cleaned. If you are cleaning heavy parts select a tank that will allow you to rest the parts on supports fabricated to the tank bottom or, conversely, suspend the parts from an overhead support. In the latter case parts should not contact the tank bottom and sides.