Ours ultrasonic Co.,Ltd |
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ultrasonic weapons cleaning tank 40khz/80khz/100khz high frequency
Cavitation threshold of the ultrasonic cleaner is closely related
to ultrasonic frequency. The higher the frequency is, the higher
the cavitation threshold is. In other words, the higher the
frequency is, the greater the sound intensity or sound power
required to produce cavitation in the liquid is; the lower the
frequency is, the cavitation is easy to produce, and at the same
time, the compression and thinning of the liquid have a longer time
interval under the low frequency.
The bubble can grow to a larger size before collapse, and increase
the cavitation intensity, which is conducive to cleaning. At
present, the working frequency of the ultrasonic cleaner is roughly
divided into three frequency bands according to the cleaning
object; low frequency ultrasonic cleaning (20-50khz), high
frequency ultrasonic cleaning (50-200khz) and megahertz ultrasonic
cleaning (700khz-1mhz and above). The low-frequency ultrasonic
cleaner is suitable for the occasion with high bonding strength on
the surface of large parts or dirt and cleaning parts. Low
frequency, high cavitation intensity.
It is not suitable to clean the parts with high surface finish, and
the cavitation noise is large. When the frequency of ultrasonic
cleaner is about 40KHz, under the same sound intensity, the number
of cavitation bubbles is more than that when the frequency is
20kHz, and the penetration is stronger. It is better to clean the
workpiece with complex surface shape or blind hole, and the
cavitation noise is smaller. However, the cavitation strength is
low, which is suitable for the occasion where the binding force
between the dirt and the surface of the cleaned parts is weak. High
frequency ultrasonic cleaning is suitable for the computer.
Fine cleaning of microelectronic components, such as disk, driver,
reading and writing head, liquid crystal glass and flat panel
display, micro components and polished metal parts. These cleaning
objects are required to be free from cavitation corrosion during
cleaning. It should be able to wash away micron level dirt.
Megahertz ultrasonic cleaner is suitable for cleaning IC chips,
silicon chips and thin films. It can remove the dirt of micron and
submicron without any damage to the cleaning parts.
Because there is no cavitation at this time. The main cleaning
mechanism of ultrasonic cleaner is the sound pressure gradient.
Particle velocity and sound flow. The cleaning direction is strong,
and the cleaned parts are generally placed in the direction
parallel to the sound beam.
Type | Internal size L*W*H (mm) | Outsize mm L*W*H (mm) | Frequency (Khz) | Power | Heating | Total power(W) | voltage |
ARS-DQXJ-1006 | 280×210×210 | 320×250×350 | 20,28,33,40,80,130 | 300 | 1000 | 1300 | 220V |
ARS-DQXJ-1012 | 400×310×280 | 520×430×600 | 20,28,33,40,80,130 | 600 | 3000 | 3600 | 220V |
ARS-DQXJ-1018 | 490×360×320 | 610×480×675 | 20,28,33,40,80,130 | 900 | 3000 | 3900 | 220V |
ARS-DQXJ-1024 | 630×430×320 | 740×550×675 | 20,28,33,40,80,130 | 1200 | 4000 | 5200 | 220V |
ARS-DQXJ-1030 | 630×530×320 | 750×650×675 | 20,28,33,40,80,130 | 1500 | 4000 | 5500 | 220V |
ARS-DQXJ-1036 | 680×530×360 | 800×650×700 | 20,28,33,40,80,130 | 1800 | 5000 | 6800 | 220V |
ARS-DQXJ-1040 | 680×570×400 | 830×710×735 | 20,28,33,40,80,130 | 2000 | 5000 | 7000 | 220V |
ARS-DQXJ-1041 | 730×570×450 | 880×710×735 | 20,28,33,40,80,130 | 2400 | 6000 | 8400 | 220V |
ARS-DQXJ-1042 | 790×670×510 | 940×765×785 | 20,28,33,40,80,130 | 3000 | 6000 | 9000 | 380V |
ARS-DQXJ-1043 | 850×770×570 | 990×820×785 | 20,28,33,40,80,130 | 4000 | 7000 | 11000 | 380V |
ARS-DQXJ-1044 | 910×820×620 | 1050×880×840 | 20,28,33,40,80,130 | 5000 | 7000 | 12000 | 380V |
ARS-DQXJ-1045 | 960×870×680 | 1100×940×920 | 20,28,33,40,80,130 | 8000 | 8000 | 16000 | 380V |
ARS-DQXJ-1046 | 1100×930×730 | 1160×1000×980 | 20,28,33,40,80,130 | 10000 | 8000 | 18000 | 380V |
ultrasonic weapons cleaning tank 40khz/80khz/100khz high frequency