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50W~100W Ultrasonic Transducer For Ultrasonic Cleaning Machine With
Wire
Piezo ultrasonic transducers are used in a wide range of applications. In both commercial and industrial environments, these devices allow ultrasonic cleaning apparatus to work effectively — even in the most demanding and delicate of activities, such as in ultrasonic jewelry cleaning.
In healthcare applications, piezo ultrasonic transducers provide capabilities such as the ultrasonic breaking up of kidney stones and the removal of dental plaque. In addition, they're used to conduct precise measurements to identify flaws and other anomalies detected between the transmitters and receivers of ultrasonic waves.
The ultrasonic transducer is an extremely important and critical part of any ultrasonic test. Selection of the proper transducer for a particular application is most important. Factors including instrument conditions and settings, material properties, and coupling conditions will also impact test results. Transducers can be selected for sensitivity or resolution. Sensitivity is defined as the ability of a transducer to detect small defects in materials. Resolution is the ability of a transducer to separate signals produced by two reflectors when they are close together either perpendicular to the beam or parallel to the beam. A transducer that is highly damped helps shorten the reflected pulse allowing the transducer to resolve closely spaced defects. Transducer device manufacturers can provide focused transducers for improved sensitivity and resolution, and a large selection of polarized ceramic compositions, single crystals, polymers and piezo-composite materials to vary the transducer performance.
How To Make Ultrasonic Transducers for Ultrasonic Cleaning:
Composite Transducers
As is true in many other applications for piezo¬electric materials,
an assembly of multiple ceramic elements offers considerable
performance and production advantages in ultrasonic cleaning
transducers, relative to a single ceramic element. In order to
provide the most efficient operation, simplify manufacturing, and
reduce costs, more complex transducers intended for ultrasonic
power applications usually are a composite of a piezoelectric
ceramic center (multiple thin rings or disks of ceramic, for
example), encompassed by metallic end or top and bottom parts.
Under no liquid load, the mechanical quality factor, Qm , for a
well-designed composite transducer will be greater than the
correspond¬ing value for an equivalent single piece ceramic
transducer, and efficient heat conduction by the metallic portions
will ensure a lower operating temperature in the ceramic portion of
the transducer. The coupling factor, k, will approach that for a
single-piece ceramic transducer.
Specification:
Model | Z-X18 |
Tank Capacity | 53Liter |
Tank Size | 500*350*350mm |
Unit Size | 640*490*570mm |
Packing Size | 810*620*910mm |
Frequency | 40KHz |
Ultrasonic Power | 900W |
Heating Power | 1500W |
Cleaning Time Setting | 1-99H Adjustable |
Temperature Range | 20-95C Adjustable |
FAQ:
1. What Can I Clean Using Ultrasonic Cleaners?
Metals such as gold and platinum are safe to clean with ultrasonic
devices.
Hard natural gemstones can also be put into an ultrasonic cleaner
provided that they have few inclusions and have not been treated
with heat or chemicals.
Anyway, be sure to ask the jeweler at the time you purchase any
piece of jewelry whether it can be cleaned with an ultrasonic
cleaner.
There might be unsuitable alloys or gems, or some gemstones may
have been treated, becoming more vulnerable in the process.
2. Can ultrasonic cleaning damage parts?
Ultrasonic cleaning is considered safe for most parts; although in
some cases it is necessary to observe caution. Although the effect
of thousands of implosions per second is very powerful, the
cleaning process is safe.