Nano Hose

Nano Bubble Hose

Products Description

Fine Nano Hose's tiny pore size creates extremely small diameter bubbles. The smaller a bubble of air the more efficiently it t

ransfer oxygen into water(more surface area). Small bubbles also take take longer to rise once they are introduce into the water.Slowing rising, small-diameter bubbles mean more contact with the water and a much higher rate of oxygen transfer.By creating significantly smaller bubbles, more efficiency,aeration tube are able to deliver high rates of oxygen transfer and energy efficiency.

Technical parameters

Average hole size: φ0.03～φ0.06mm 

Hole layout density: 700～1200pcs/m 

Bubble diameter: 0.5～1mm(soft water) 0.8～2mm(sea water), according to the water viscosity and water level there are certain changes 

Effective areation volume: 0.002～0.006m3/min.m 

Air flow: 0.1～0.4m3/h.m 

Service aera: 1～8m2/m 

Supporting power: motor power per 1kW≥200m nano hose

 Pressure loss: when 1Kw=200m≤0.40kpa , underwater loss≤5kp 

Suitable configuration: motor power 1Kw supporting 150～200m nano hose

Packing

200m/roll Fine Nano Hoses with support: 7m/80cm 

Installation: 3pcs of Nano hose with support per mu, 

1 set of 3kW Roots blower can supply 50-60pcs of 80cm 

Nano Rubber Hose with support Power efficiency: The power consumption per mu is only 0.15kw, and the dissolved oxygen is guaranteed to reach more than 5mg/L

Applications

1) Specification application problem: the water condition and depth have different requirements for the diameter of the nano hose 

1. For Outdoor farming, if the water depth is 0-1.5m, please use nano hose with OD of 16mm and ID of 10mm, the length of nano hose should not exceed 50m. 

2. For factory aquaculture water body, with a water depth of 0-1.5 meters, please use nano hose with OD of 16mm and ID of 10mm, the length of the tube shall not exceed 50 meters; 

3. For large water surfaces with a water depth of less than 1.5 meters, please usenano hose with an OD of 25 mm and ID of 12 mm, the length of the tube shall not exceed 60 meters.

3) Determination of the average spacing of the long strip arrangement of nano hose: Example: A pond has an area of 4 mu, a length of 100 meters, and a width of 26.7 meters. The existing nano hoses are 280 meters, and the hoses are arranged horizontally. The pipe length is 20 meters, and the pipe distance is 100÷(280÷20)=7.14 meters.