3KW 264 Liter Automotive Ultrasonic Cleaner For Cylinder Head With
Heater
What Automotive Ultrasonic Cleaner Can Give You?
1. A faster and safer way for your engine block cleaning.
2. Save your time and labor.
3. Make your product better.
4. Keep you away from harmful solvent.
Hot to Maintain Ultrasonic Cleaning Solutions
As suggested above, the duration of the ultrasonic cleaning cycle
is governed by the condition of parts being cleaned. A good
practice is removing loose gross contaminants before placing parts
in the bath.
During the operation contaminants that float to the surface should
be skimmed off and set aside for proper disposal.
When the cleaning solution loses effectiveness it is time to drain
and clean the tank with a water spray. This removes particles that
have settled to the bottom and cause tank damage if allowed to
remain over time. While elma tec clean A4 is biodegradable spent
solution will contain contaminants and must be disposed of
according to local regulations.
Specification:
| Specifications for ultrasonic cleaner z-x60 |
| Model | z-x60 |
| Tank capacity | 264L |
| Tank size | 800*600*550mm |
| Tank material | SUS304 Or SUS316 |
| Ultrasonic power | 3000W |
| Heating power | 6KW |
| Timer | 1-99h adjustable |
| Heater | 0-95c adjustable |
| Frequency | 40khz |
| Control | Outside generator, more stable |
| Optional | Oil filter system, pneumatic lift, rinsing tank, etc. |
| Voltage | 380V/415V, 3phases |
| Warranty | 1 year |
| Packing | 1unit/wooden case
|
Cleaning Effect Of Whale Cleen sonic Ultrasonic Cleaner:
How Does Automotive Ultrasonic Cleaner Work?
The process of ultrasonic cleaning uses high frequency sounds waves
which are radiated through a liquid medium. These sound waves are
created by peizo ceramic transducers which are bonded to the base
of the ultrasonic bath. As an electrical current is passed through
the two transducer crystal rings they become agitated and vibrate
at around 40,000 times a second. This vibration converts the
electrical energy to sound energy which is then transferred through
the base of the tank into the liquid medium. As the sound waves
pass through the fluid they cause the formation of microscopic
bubbles. These bubbles continue to grow in size until they become
unstable and cannot support their own density, causing them to
implode. This is the phenomenon known as cavitation. As these
bubbles collapse the surrounding cleaning fluid rushes in to fill
the gaps, which creates an action similar to that of a scrubbing
brush, but thousands of times a second per cubic centimetre. It is
this process which gives ultrasonics is powerful cleaning action
and makes it the most effective method for removing contaminants
from hard substrates or complex shapes. This process can be further
intensified by adding a cleaning detergent to the liquid.
Ultrasonic detergents work on the same principle as a normal
household detergent by aiding the loosening process. They also
increase the saturation capacity of the liquid meaning it can hold
more debris in solution so it cannot re-contaminate the item during
removal from the ultrasonic tank. There are a variety of detergents
available which can be used for various applications. Softer
ferrous metals, such as aluminium, require a different detergent to
steel as the harsher detergent can lead to surface pitting on soft
metals. Speciality formulated carbon removal detergents easily lift
of baked on debris without causing damage. Because the entire
ultrasonic tank will contain cavitation bubbles it has the ability
to penetrate areas which are unsighted or difficult to reach.
