The following are some of the factors that can cause damage to the nanotube:
1. Chemical corrosion: If there is a high concentration of chemical substances in the water, such as strong acids, strong alkalis or other corrosive substances, it may erode the material of the aeration pipe and cause it to be damaged.
For example, in some industrial wastewater treatment, there are strong acidic or alkaline components.
2. Physical wear: Long-term impact, friction, or collision with other objects may wear the aerator surface.
For example, in fast-flowing environments, aerators are vulnerable to physical damage.
3. Biological attachment: Microorganisms and algae grow and attach on the surface of the aerator in large numbers, which may block the stomata or affect gas transmission, thus causing damage.
This is particularly common in water bodies that have not been cleaned up for a long time.
4. Material aging: After long-term use, the material of the aeration pipe may naturally age, causing problems such as embrittlement and cracking.
Even under normal conditions of use, the performance of the material will gradually decline over time.
5. Improper installation: Improper operation during installation, such as excessive stretching, distortion or unstable connection of the interface, may cause the aerator pipe to break or leak in use.
For example, if the installation procedure is not followed correctly, the stability of the aerator pipe will be affected.
6. Too high pressure: the supply pressure exceeds the bearing range of the aerator pipe, which may cause it to deform or even rupture.
If the gas supply system fails, resulting in an abnormal increase in pressure, it may cause damage to the aeration pipe.
7. Foreign matter blockage: large particles of impurities in the water enter the aeration pipe and block the pores, resulting in normal gas discharge, resulting in excessive local pressure and damage to the aeration pipe.
For example, in unfiltered sewage, there may be more solid particles.
