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| Availability: | |
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| Quantity: | |
| Place of Origin | China |
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| Brand Name | Rps-sonic |
| Certification | CE |
| Model Number | RPS-S20-2000 |
| Minimum Order Quantity | 1pcs |
| Price | negotiable |
| Packaging Details | CARTON |
| Delivery Time | 1DAYS |
| Payment Terms | T/T |
| Supply Ability | 200PCS/MONTH |
Parameter
| Item | Parameter |
| Frequency | 20Khz |
| Power | 2000W |
| Capacity | 10L |
| Horn diameter | 16mm |
| Probe dip depth | 80mm |
Description
Ultrasonic nanomaterial dispersion equipment is a device that uses the energy of ultrasound to evenly disperse nanomaterials in liquid media. Its main working principle is to overcome the easy agglomeration of nanomaterials due to their small particle size and large surface energy through the cavitation effect, shear force and high-frequency vibration of ultrasound, thereby achieving uniform dispersion of nanomaterials. When ultrasound propagates in a liquid medium, it will produce strong vibration and cavitation effects. The cavitation effect will produce local high temperature, high pressure, strong shock waves and microjets in the liquid, which can significantly weaken the interaction energy between nanoparticles, effectively prevent nanoparticles from agglomerating, and make them fully dispersed.
Application areas
Ultrasonic nanomaterial dispersion equipment is widely used in many fields:
1.Lithium-ion battery: By precisely controlling the frequency and power of ultrasonic waves, it ensures that the positive and negative electrode materials of lithium-ion batteries are dispersed at the nanoscale, significantly improving the energy density and cycle stability of the battery1.
2.Biomedicine: In drug delivery systems, ultrasonic waves are used to evenly disperse drug nanoparticles in carriers to improve the bioavailability of drugs, achieve targeted drug delivery, and reduce side effects12.
3.Chemistry: Widely used in the preparation of nanomaterials such as nanoparticles, nanofibers, etc. These materials have broad application prospects in catalysts, batteries, optoelectronics and other fields2.
4.Material Science: Used to prepare high-performance materials such as nanoscale metal oxides, nanocrystals, etc. These materials have important applications in electronics, optics, magnetism and other fields2
Parameter
| Item | Parameter |
| Frequency | 20Khz |
| Power | 2000W |
| Capacity | 10L |
| Horn diameter | 16mm |
| Probe dip depth | 80mm |
Description
Ultrasonic nanomaterial dispersion equipment is a device that uses the energy of ultrasound to evenly disperse nanomaterials in liquid media. Its main working principle is to overcome the easy agglomeration of nanomaterials due to their small particle size and large surface energy through the cavitation effect, shear force and high-frequency vibration of ultrasound, thereby achieving uniform dispersion of nanomaterials. When ultrasound propagates in a liquid medium, it will produce strong vibration and cavitation effects. The cavitation effect will produce local high temperature, high pressure, strong shock waves and microjets in the liquid, which can significantly weaken the interaction energy between nanoparticles, effectively prevent nanoparticles from agglomerating, and make them fully dispersed.
Application areas
Ultrasonic nanomaterial dispersion equipment is widely used in many fields:
1.Lithium-ion battery: By precisely controlling the frequency and power of ultrasonic waves, it ensures that the positive and negative electrode materials of lithium-ion batteries are dispersed at the nanoscale, significantly improving the energy density and cycle stability of the battery1.
2.Biomedicine: In drug delivery systems, ultrasonic waves are used to evenly disperse drug nanoparticles in carriers to improve the bioavailability of drugs, achieve targeted drug delivery, and reduce side effects12.
3.Chemistry: Widely used in the preparation of nanomaterials such as nanoparticles, nanofibers, etc. These materials have broad application prospects in catalysts, batteries, optoelectronics and other fields2.
4.Material Science: Used to prepare high-performance materials such as nanoscale metal oxides, nanocrystals, etc. These materials have important applications in electronics, optics, magnetism and other fields2
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