NanoFX™ High Concentration Nano Bubble Generator
NanoFX™ High Concentration Nano Bubble Generator
Product Detail
The NanoFX™ High Concentration Nano Bubble Generator is a high-concentration nano-bubble system designed based on the principle of high-pressure microchannel turbulence, with an external gas source that can supply oxygen, nitrogen, hydrogen, and other gases. It produces uniform nano-bubbles at a measured size of 151.7 nm and a concentration of up to 280 million particles/mL. The three interactive tools below show how it works.
How it works: high-pressure microchannel shear
The equipment is designed based on high-pressure microchannel turbulence. Water and gas are driven together under high pressure through a narrow microchannel, where intense turbulent shear breaks the gas into a dense population of very small, uniform nano-bubbles. Adjusting the shear conditions can help control the bubble-size distribution for greater uniformity. Press start to watch gas enter the turbulent channel and emerge as a nano-bubble cloud.
Variable frequency and concentration
The system uses a frequency converter to adjust operating conditions for nano-bubble generation while helping reduce energy consumption and improve operational efficiency. The specifications list a maximum nano-bubble concentration of up to about 280 million particles/mL. The tool below is a conceptual illustration of how a denser nano-bubble cloud builds up.
Negatively-charged surface & reactive oxygen
The nano-bubbles produced by this device have a negatively-charged surface, giving them a strong adsorption capacity for hydrophobic particles and pollutants. In addition, when the nano-bubbles burst they release chemical energy that generates reactive oxygen species (ROS) — reactive free radicals relevant to oxidation and water-treatment processes. Switch between the two modes below.
Key features
- High preparation efficiency. High-pressure turbulent shear produces large numbers of micro- and nano-bubbles quickly, reaching ~280 million particles/mL.
- ~151.7 nm bubbles. Measured nano-bubble size, at an industry-leading concentration.
- Adjustable frequency. A frequency converter tunes output while reducing energy consumption and improving operating efficiency.
- 6 mm gas quick-connect. The air inlet accepts various gases — oxygen, nitrogen, hydrogen, and others — widening the range of applications.
- Good size uniformity. Adjusting the shear conditions controls the size distribution for more uniform bubbles.
- High stability & mass transfer. The micro- and nano-bubbles improve the solubility and stability of gas in water.
- Negatively-charged surface. Provides strong adsorption capacity for hydrophobic particles and pollutants.
- Reactive radicals. Bubble collapse generates reactive free radicals / reactive oxygen species (ROS).
Specifications
| Product Name | NanoFX™ High Concentration Nano Bubble Generator |
| Model | ENNBG001 |
| Power | 110 V, 1.5 kW (customizable according to customer requirements) |
| Air Inlet Flow | 0–0.8 L/min |
| Nano-bubble Water Flow Rate | 3 L/min |
| Nano-bubble Size | 151.7 nm |
| Nano-bubble Concentration | 280 million particles/mL |
| Overall Dimensions | 70 × 45 × 75 cm |
| Weight | ~30 kg |
| Configuration | Includes 1 main machine and hoses for transporting liquids. |
Note: Specifications are for reference only and may be updated. Customization is available according to user requirements.
Application areas
The equipment can be widely used in scientific research units, universities, new-materials development, biomedicine, and other high-tech settings. Typical areas include:
Water treatment / environmental
Nano-bubble water treatment and purification; ozone-oxidation processes.
Food additives
Emulsification of milk, soy milk, plant-based drinks, and food additives.
Microchannel reactor
Safe, efficient microreactor; continuous synthesis of fruit acids and azo dyes.
New material synthesis
Dispersion of nanomaterials, ultrafine powder crushing, composite preparation.
Cosmetics
Emulsification and plant extraction.
Drugs & intermediates
Liposomes, cell fragmentation, plant extraction.