SCIENTZ-190K Ultrasonic Nanometer Material Disperser Introduction: The ultrasonic signal generated by the ultrasonic generator of the UHF ultrasonic nano material dispersion instrument is converted into mechanical vibration of the same frequency through the piezoelectric inverse effect of the transducer, and is intensively radiated forward in the cleaning solution in the form of ultrasonic longitudinal waves (ultrasonic longitudinal waves propagate alternately in the negative pressure zone and the positive pressure zone), resulting in tens of thousands of small bubbles that are formed and grow in the negative pressure zone, Quickly close the positive pressure zone, i.e., instantaneously explode, forming a high-pressure bombardment on the dispersed substance, achieving a dispersion effect. The ultrasonic probe does not contact the material, preventing the probe from contaminating the sample. Technical parameters: Model: SCIENTZ-190K Frequency: 190KHz Display mode: 7-inch touch screen display Ultrasonic power: 1680W (1% - 100%) Heating power: 1400W Temperature adjustable: room temperature - 80 ℃ Inner groove size: 480 * 420 * 160mm Drainage: Yes Power supply: AC220V 50Hz
Introduction: The ultrasonic signal generated by the ultrasonic generator of the UHF ultrasonic nano material dispersion instrument is converted into mechanical vibration of the same frequency through the piezoelectric inverse effect of the transducer, and is intensively radiated forward in the cleaning solution in the form of ultrasonic longitudinal waves (ultrasonic longitudinal waves propagate alternately in the negative pressure zone and the positive pressure zone), resulting in tens of thousands of small bubbles that are formed and grow in the negative pressure zone, Quickly close the positive pressure zone, i.e., instantaneously explode, forming a high-pressure bombardment on the dispersed substance, achieving a dispersion effect. The ultrasonic probe does not contact the material, preventing the probe from contaminating the sample.
