High-Efficiency Micro Nano Bubble Generator from China Suppliers | Advanced Technology from Trusted Factory
Product Details
This product utilizes an increased gas-liquid contact area to enhance the total amount of gas dissolved in the liquid. Gas passes through the extremely small pores of a nano-scale microporous ceramic aeration plate, dispersing into tiny mist-like microbubbles with diameters between 0.05 and 0.5 mm in the liquid. As the microbubbles rise, oxygen dissolves into the water, achieving efficient oxygenation. Dissolution efficiency is directly proportional to the gas release depth. This product's aeration plate has a pressure resistance of up to 700 kPa and can be used in liquids less than 60 meters deep. In areas without a power supply, it can be used directly with a high-pressure oxygen tank without requiring electricity.
Product Features
Debugging Procedures and Methods
- 1 After installing the nanoscale microporous ceramic aeration plate according to the typical installation diagram, ensure that the nanoscale microporous ceramic aeration plate is placed horizontally in the water. Re-check that all components are properly installed and undamaged.
- 2 Adjust the outlet pressure of the gas source (liquid oxygen cylinder) to 350 KPA. Set the outlet pressure regulating valve pressure to 150-200 KPA. (Adjust according to oxygen supply requirements)
- 3 Slowly open the flow meter valve. When a small amount of bubbles appear on the surface of the aeration ceramic, re-check all pipe joints for leaks. If there are no leaks, adjust the flow meter to the required flow rate.
Working Principle
This product utilizes an increased contact area between gas and liquid to enhance the total amount of gas dissolved in the liquid. The gas passes through the extremely small pores of a nano-scale microporous ceramic diffuser plate, dispersing into tiny mist-like microbubbles with diameters between 0.05 and 0.5 mm in the liquid. As the microbubbles rise, oxygen dissolves into the water, achieving efficient oxygenation. The dissolution efficiency is directly proportional to the gas release depth. This product's aeration plate has a pressure resistance of up to 700 KPA and can be used in liquids with a depth of less than 60 meters. It can be used directly with a high-pressure oxygen tank in areas without a power supply, requiring no electricity.
Routine Maintenance
Routine maintenance of the nano-scale microporous ceramic aeration plate involves regularly cleaning the surface of the ceramic plate. The specific cleaning methods are as follows:
1. Normal Cleaning
Manually use a hard nylon brush (metal brushes are not allowed) to remove clay or other dirt from the surface of the nano-scale microporous ceramic aeration plate. High-pressure water guns can also be used for rinsing. After the surface is cleaned, thoroughly dry the nano-scale microporous ceramic aeration plate before placing it in clean water. Use 1500-mesh or 2000-mesh ordinary sandpaper to polish the surface of the ceramic plate until the old surface layer is removed. Determine whether repeated cleaning is necessary based on the results, until a satisfactory result is achieved. Under normal circumstances, the above cleaning methods can solve most of the clogging problems of the nano-scale microporous ceramic aeration plate. If the cleaning effect is still unsatisfactory, consider acid cleaning.
2. Acid Cleaning
Before acid cleaning, perform normal cleaning. After normal cleaning, thoroughly dry the nano-scale microporous ceramic aeration plate. Pour 5-10% dilute hydrochloric acid into a container of appropriate size (the concentration of dilute hydrochloric acid should not exceed 10%). Immerse the nano-scale microporous ceramic aeration plate in the acid solution, ensuring that the liquid level is approximately 3mm above the surface of the ceramic plate. Soak for 12 hours. After soaking, rinse with clean water and then aerate in clean water for 15 minutes to completely blow out the acid solution from the nano-scale microporous ceramic aeration plate. Based on the cleaning results, determine whether to repeat the cleaning until a satisfactory result is achieved.
Application Fields & Product Advantages
Application Fields
Our Advantages
Technical Parameters
| Model | Dimensions (cm) | Weight (Kg) | Ceramic Area (cm²) | Pressure (MPa) | Max. Pressure (MPa) | Max. Withstanding Pressure (MPa) | Flow Rate (L/min) | Base Material | Air Tube (Outer Diameter) |
|---|---|---|---|---|---|---|---|---|---|
| SK350 | 37.5*10.4*24 | 2 | 186 | 0.15-0.2 | 0.35 | 0.7 | 1.0-1.5 | ABS | 8mm or 12mm |
| SK390 | 68.0*8.0*28 | 2.5 | 390 | 0.1-0.15 | 0.35 | 0.7 | 1.0-1.5 | ABS | 8mm or 12mm |
Product Images and Working Effect Diagrams
Application Areas
Project Case Studies
● Target Species: Rare aquatic organisms of the Yangtze River
● Farming Area: 2400 m²
● Farming Model: Industrialized recirculating aquaculture system
● Construction Content: Several independent recirculating water treatment systems will be installed for different functional areas, along with a digital management system, to meet the needs of different farming stages. The entire production process includes broodstock conservation system, fry rearing system, circular raceway incubation system, source water treatment, and induced spawning operation area.
