When carburetors
and other engine parts on older automobiles and motorcycles become covered with
grease and soot from frequent use, it can lead to a lot of adverse situations
such as difficult starts, poor power delivery, and fuel inefficiency, as well
as leaks.
Cleaning
carburetors and other parts in the conventional way (such as scrubbing) can be
quite a challenge. Not only is this time-consuming, it’s also a challenging
task of disassembling and then putting them back together after cleaning.
This is
where industrial
ultrasonic cleaners enter the picture. It is an ideal alternative to the traditional process
used for cleaning carburetors and engine parts. Ultrasonic cleaning is a gentle
yet powerful and effective method that makes the practical use of a natural
phenomenon called cavitation.
Industrial
ultrasonic cleaners consist of a cleaning
tank (or bath) with a transducer (which can come as either a built-in or
removable feature). The tank may contain just water or a mild cleaning
solution. Equipment to be cleaned, such as the carburetor, is placed in the
tank. The unit generates the ultrasonic waves of ultra-high frequency which
create a powerful cavitation effect. Millions of microscopic cavitation bubbles
form over the surface of the carburetor then implodes with a strong force, powerful enough to remove the
grease, soot, rust and any other contaminants from the surface. In a few minutes the carburetor and other engine parts
become clean and completely stripped of contaminants.
Kaijo's industrial
ultrasonic cleaners are efficient, cost-effective and environment-friendly methods for
cleaning carburetors and other automotive parts. It doesn't require potentially
damaging scrubbing or use of harsh solvents.
If you
would like to learn more, read our complete article titled “Using Ultrasonic Cleaners
to Clean Carburetors and Engine Parts of Motorcycles and Autos”. Contact Kaijo
for a free quote or consultation either by email info@kaijo-shibuya.com or by calling 408-675-5575 to discuss your
particular cleaning application requirements.