The ultrasonic vibration rod is an industrial device utilizing high-frequency vibrations to generate cavitation, microjets, and acoustic streaming, enhancing processes like mixing, dispersion, emulsification, cell disruption, and chemical reactions. Key applications include pharmaceutical extraction, biodiesel production, wastewater treatment, food processing, and chemical synthesis.
Features:
Mechanical Effect: Ultrasonic waves can facilitate the emulsification of liquids, the liquefaction of gels, and the dispersion of solids.
Thermal Effect: Due to ultrasonic waves' high frequency and significant energy, their absorption by the medium can produce a notable thermal effect.
Cavitation Effect: Gas bubbles in the liquid vibrate under ultrasonic waves, rapidly expanding and collapsing, creating a shock wave.
Chemical Effect: The collapsing bubbles generate high temperature and pressure, creating high-energy sites that accelerate chemical reactions.
Mechanical Effect: Ultrasonic waves can facilitate the emulsification of liquids, the liquefaction of gels, and the dispersion of solids.
Thermal Effect: Due to ultrasonic waves' high frequency and significant energy, their absorption by the medium can produce a notable thermal effect.
Cavitation Effect: Gas bubbles in the liquid vibrate under ultrasonic waves, rapidly expanding and collapsing, creating a shock wave.
Chemical Effect: The collapsing bubbles generate high temperature and pressure, creating high-energy sites that accelerate chemical reactions.
Specifications:
U.S. Solid Model: USS-FX00080
Processing capacity: 1-3 L
Power: 160 W
Ultrasonic Power: 480 W
Total Length: 22.83 inch
Length of Amplitude: 9.8 inch
Diameter of Probe: 0.6 inch
Adapting Reactor: 5 L (Inner Φ 7" * H10.6"）
Frequency: 19-26 KHz