Fish aerator/oxygen breeding hose

How does an aeration hose achieve its high energy efficiency?

Due to the number of pores created by our manufacturing process, there is a bit of resistance when air is pushed into the tubes. Resistance equals energy requirement. by withaeration hose, you can use significantly less horsepower than traditional aeration methods. (paddle wheels, aspirators, less efficient tubes)

aeration hoseThe tiny pore size produces bubbles with extremely small diameters. The smaller the bubbles, the more efficient they are at transferring oxygen to the water (the greater the surface area). Small bubbles also take longer to rise once introduced into the water. Small diameter bubbles that rise slowly mean more contact with water and higher oxygen transfer rates.

By creating significantly smaller bubbles, increasing efficiency, aeration tubes are able to provide high oxygen transfer rates and energy efficiency.

What benefits can you get from an aeration hose?

Aeration tubes can solve these problems with their unique advantages.
1. Suitable for all types of ponds
2. Easy to clean and repair.

3. No moving parts, low depreciation rate

4. Low initial investment cost

5. More productive

6. Allow more food

7. Simple installation and low maintenance

8. Effectively save 75% energy

9. Increase the growth rate of fish and shrimp

10. Maintain oxygen levels in water

11. Reduce harmful gases in water

Aeration tube features

1.Outer diameter: 10-28mm

2. Wall thickness: more than 2 mm

3. Bubble size 1-3mm

4. Air volume 0.008-0.032m3/min per meter (0.5-2.2m3/h per meter)

5. Working pressure: 20kpa-50kpa

6. Dynamic power: 0.03kw/m

7. Applicable water depth: 0-6 meters

8. Easy to install

9. Side channel blower: The effective water depth is about 1 meter, and the accommodation density is increased by 1-2 times.

10. Centrifugal pump: The effective water depth is about 2-3 meters, and the stocking density is increased by 3-4 times.

11. Roots blower: effective water depth 3-10 meters, effective length up to 300m,

The stocking density can reach 3-6 times.

Note: No matter which model of air pump you use, the sum of the pipe cross-sections is not

Greater than the total area of ​​the main section. If you still have questions,

Please feel free to contact us.