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| Item | Parameter |
| Frequency | 20kHz |
| Power | 3000watt *3 |
| Capacity | 100-300L |
| Amplitude | 10-99% |
| Power supply | 220v/50-60Hz |
| Horn material | Titanium alloy |
| Horn size | 50mm |
| Tank capacity | 2.5L |
| Tank material | SS304 double layer |
| Gnerator | Digital |
| Frame material | SS304 |
| Optional | Water bath,chiller |
Circulation treatment ultrasonic homogenization equipment is a kind of equipment that uses ultrasonic energy to homogenize, disperse, emulsify or crush liquids. It is usually used in laboratories or industrial production. Its characteristic is that it can achieve continuous processing through a circulation system, which is suitable for large batches of samples or long-term processing needs.
Ultrasonic homogenizer is a homogenizing tool that generates ultrasonic waves and is used to disperse and homogenize the mixture. Generally, ultrasonic homogenizers use high-frequency sound waves to break up the molecules in the mixture, causing them to lose their original symmetry and shape and gradually disperse into various areas. This process can promote the interaction between the different components in the mixture, improve their flow and adhesion, and thus achieve more uniform curing and processing. Ultrasonic homogenizers usually consist of ultrasonic generators, mass transfer heads, control systems, and measurement systems. The ultrasonic generator generates high-frequency sound waves and introduces the mixture into the mass transfer head, which can filter, mix, and disperse ultrasonic energy, thereby dispersing the molecules in the mixture into various areas. The control system can control the position and rate of the mass transfer head, and the measurement system can measure the fluidity and homogeneity parameters of the mixture. Ultrasonic homogenizers are widely used in fields such as chemistry, biology, materials science, and engineering, such as preparing uniform materials, dispersing and mixing compounds, and uniformly curing materials.1. Efficient homogenization: The ultrasonic cavitation effect can quickly break up particles or droplets to achieve a homogenization effect at the nano or micro level.
2. Circulation treatment: Continuous treatment is achieved through a circulation system, which is suitable for large batches of samples.
3. Strong controllability: The ultrasonic power, frequency and processing time can be adjusted to meet the needs of different materials.
4. Wide range of applications: It can be used for a variety of materials such as liquids, suspensions, emulsions, etc.
5. Non-thermal effect: Ultrasonic treatment usually does not significantly increase the temperature of the liquid, which is suitable for heat-sensitive substances.
1. Preparation of nanomaterials: used for dispersion and homogenization of nanoparticles.
2. Food industry: emulsion homogenization (such as milk, juice) and cell disruption.
3. Pharmaceutical industry: drug carrier dispersion, liposome preparation.
4. Cosmetics: homogenization of emulsions and suspensions.
5. Biotechnology: cell disruption, DNA/RNA extraction.
6. Chemical industry: catalyst dispersion, emulsion preparation.
Key points for equipment selection:
Probe material: commonly used titanium alloy probe, corrosion-resistant and high-strength.
Circulation system capacity: select a circulation pump of appropriate capacity according to the processing volume.
Cooling system: a cooling system is required for long-term operation to prevent overheating.
Automation control: PLC or touch screen control system can be optionally equipped to achieve automatic operation.
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