The ultrasonic vibrating rod emits strong ultrasonic waves into the liquid. With the change of ultrasonic pressure, cavitation bubbles are generated, compressed, and cracked in the liquid, forming a high-temperature and high-pressure reaction field of thousands of degrees and thousands of atmospheres. By utilizing this ultrasonic reaction field, it is possible to synthesize compounds that have not been achieved by various traditional methods. It has been proven that ultrasound has a significant effect in promoting chemical reactions. The use of ultrasound is expected to improve the technological level of industries such as chemistry, pharmaceuticals, and food, and to explore new technological fields and cause new technological changes.
|
Tubular Equipment
Type
|
Tubular Transducer
Type
|
Frequency
(KHz)
|
Ultrasound
Output(W)
|
Total Length
(mm)
|
Diameter
(mm)
|
Static Capacity
(pF±10%)
|
|
PU-UE1
|
US-61
|
15-28
|
1000
|
500
|
Φ50-55
|
68000
|
|
PU-UE5
|
US-25
|
15-28
|
1500
|
850
|
Φ50-55
|
68000
|
|
PU-UE6
|
US-16
|
15-28
|
2000
|
1100
|
Φ50-55
|
132000
|
