20kHz Ultrasonic Nano Material Dispersion System

Customization: Available
After-sales Service: Yes
Warranty: 1 Year

Product Description

Basic Product Information
Model NO. RPS-SONO20 Type Tank Reactor
Material Titanium Alloy Capacity Customized
Structure Single Tube Frequency 20kHz
Voltage 220V Weight 25kg
Max Capacity 10L/Min Condition New
Product Description & Overview

Technologically advanced and reliable ultrasonic processors are essential for applications such as: dispersion of nanoparticles, nanotubes, and Graphene; cell lysing and cell disruption; sample preparation; ChIP assay; homogenization; extraction; and atomization.

The high energies produced by cavitation facilitate the creation of smaller particle sizes and significantly reduce the need for emulsifying agents. Ultrasonic emulsification systems offer a simple, low-cost design, often costing a fraction of conventional equipment with similar output. Installation typically involves replacing existing units without changing production methods.

Ultrasonic Nano Material Dispersion System View 1
Ultrasonic Nano Material Dispersion System View 2
Ultrasonic Preparation of Nanoscale Devices
Uniformity: Particle size uniformity, strong dispersion, and crystal type control with high yield.
Efficiency: Well-defined nanoparticles with reduced energy consumption.
Advanced Mixing: Achieves mesoscopic mixing beyond conventional techniques, eliminating local concentration variations and increasing reaction rates.
Ultrasonic dispersion detail
Ultrasonic equipment component
Technical Parameters
Frequency20±0.5 KHz
Power2000 W
Voltage220/110V
Temperature300 °C
Pressure35 MPa
Sound Intensity20 W/cm2
Max Capacity10 L/Min
Key System Features
• Unique password protection for experiment security.
• Friendly man-machine interface with touch keyboard and TFT large screen display.
• Real-time display of ultrasonic power, running time, and temperature.
• Continuous power adjustment for exploring optimal experimental conditions.
• Independent alarm systems for over-temperature, delay, and fault protection.
• Optional RS232 communication for remote PC or PLC control.
Ultrasonic System Diagram
Ultrasonic Application Showcase
Frequently Asked Questions
1. What are the primary uses for this ultrasonic system?
The system is widely used for nanoparticle dispersion, cell lysing, homogenization, extraction, and emulsification in industries like biochemistry, food, and pharmaceuticals.
2. Why is probe sonication preferred over ultrasonic baths?
Probe sonication is significantly more powerful. It can achieve in minutes what a cleaner bath takes hours to do, creating stable dispersions that remain in suspension for months.
3. What material is used for the ultrasonic horn?
The horn is made of high-quality Titanium alloy, which ensures durability and excellent transmission of ultrasonic energy.
4. Does the system include safety monitoring?
Yes, it features independent protection systems for over-temperature, operation delays, and faults, complete with alarms to protect your samples.
5. Can the equipment handle high-pressure environments?
The system is designed to operate under medium pressure conditions, with a rated pressure capacity of up to 35 MPa.
6. Is remote control possible with this model?
Yes, an optional RS232 communication interface can be added to enable data transmission and remote control via PC or PLC.

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