Specification of AirMMax Aerotube Aeration Tube 16*25 mm
AirMMax 16 * 25 aeration tube is the size of the aeration tube with an Inner Diameter (I.D) of 16mm and an Outer Diameter (O.D) of 25mm.
AirMMax manufactures various sizes of aeration tubes to meet aeration requirements for high density shrimp and fish culture.
We also provide various sizes of quality pool aerator hoses at affordable prices.
AirMMax 16*25 aeration tube is aeration tube size with Inner Diameter (I.D) of 16mm and Outer Diameter (O.D) of 25mm.
Aeration Tube Size
AirMMax manufacture various size of aeration tube to meet high density shrimp and fish aquaculture aeration requirement.
Aeration Tube Work Principal
AirMMax aeration tube is microporous nano bubble aeration tube and aeration hose, which release fine bubble uniformly from microporous wall of aeration tube put at the bottom of aquaculture pond.
Roots blower supply clean air through pipe to aeration tube and clean air pass through aeration tube wall and transform into fine bubble, fine bubble rise slowly from the pond bottom to the surface which makes fine bubble have higher surface contact area and longer contact period with water, which ensure oxygen of fine bubble efficiently dissolved into the water, under the oxygen dissolution process, dissolved oxygen effect is remarkable and dramatically improve the oxygen content in the water.
Aeration Tube Advantage
Dissolved oxygen is one of the most important parameters in water quality management that farmers will track daily. Excellent dissolved oxygen is necessary for good water quality and shrimp health. AirMMax aeration tube efficiently dissolve oxygen into the water and improve dissolved oxygen in the water.
Efficient Dissolved Oxygen
AirMMax aeration tube release fine bubble uniformly from microporous wall of aeration tube put at the bottom of aquaculture pond, fine bubble rise slowly from the pond bottom to the surface which makes fine bubble have higher surface contact area and longer contact period with water, which ensure oxygen of fine bubble efficiently dissolved into the water.
