SCIENTZ-750F ultrasonic disperser-Global supplier

model	Scientz-750F	Scientz-1500F	Scientz-2400F	Scientz-3000F
frequency	20.0 KHz±0.5KHz	20.0 KHz±0.5KHz	20.0 KHz±0.5KHz	20.0 KHz±0.5KHz
Display mode	lcd	lcd	lcd	Digital display
Adjustable power range	750W（20%-99%）	1500W（20%-99%）	2400W（20%-99%）	3000W（20%-99%）
Random amplitude rod	10mm	18mm	25mm	38mm
Crushing capacity	10-700 ml	100-1500 ml	500-2000 ml	1000-5000 ml
Duty cycle	0.1-99.9%	0.1-99.9%	0.1-99.9%	0.1-99.9%
temperature alarm	Yes (to prevent sample overheating)	Yes (to prevent sample overheating)	Yes (to prevent sample overheating)	nothing
call the police	Time, temperature, overload	Time, temperature, overload	Time, temperature, overload	Time, overload
Power box size	400280220（mm）	400280220（mm）	400280220（mm	390350130(mm)
Standard configuration	One host and one dispersed head One soundproof box	One host and one dispersed head One soundproof box	One host and one dispersed head One soundproof box	One host and one dispersed head One soundproof box

Product Description

The F-series ultrasonic disperser utilizes the liquid cavitation effect to achieve dispersion effects in liquid-liquid, solid-liquid, and gas-liquid systems. Compared with traditional dispersion methods, it has the advantages of strong power output and better dispersion effect, and can be used for the dispersion of various materials, especially for the dispersion of nanomaterials such as carbon nanotubes, graphene, silica, etc. Currently widely used in fields such as biochemistry, microbiology, food science, medicinal chemistry, and zoology.

working principle

The ultrasonic generator and ultrasonic transducer components consist of two main parts. Ultrasonic generator (power supply) is a device that converts 220VAC, 50Hz single-phase electricity into 20-25kHz, approximately 600V alternating electrical energy through a frequency converter, and drives the transducer with appropriate impedance and power matching to produce longitudinal mechanical vibration. The vibration wave generates cavitation effect on various dispersed samples through a titanium alloy amplitude rod immersed in the sample solution, thereby achieving the purpose of ultrasonic dispersion.

application area

Dispersion of raw materials during sauce manufacturing	Dispersion of fluorescent materials coated on cathode ray tubes	• Dispersion of photosensitive materials	• Dispersion of fuel into melted paraffin wax
• Dispersion of injectable pharmaceutical substances	• Preparation of suspension agent	• Preparation of vaccines	• Dispersion of milk powder
Emulsify butter to prepare high-grade lactose	Dispersion of titanium oxide, iron oxide, carbon powder, etc. into water or solvents	Emulsifying wax, paraffin, and other substances to produce dispersed particles of detergents, shampoos, toners, and other oils

Product Features

• High securityEquipped with time, temperature, and overload alarm functions	• Flexible parameters Ultrasound time and power are continuously adjustable, with good stability
• Good stability The particle size of dispersed particles is uniform and the settling speed is slow	• Optional modesCapable of pulse and continuous operation with testing function
• Wave generation in all directionsUnique gourd shaped dispersed components, emitting waves horizontally and vertically

Experimental Introduction