Under the increasingly strict control of the pressure vessels and pressure pipelines of special equipment, a new type of compressed air pipeline system was born, that is, aluminum alloy quick installation pipeline system. This full performance compressed air pipeline system is specially designed and produced for the air compression station system equipment. Seamless steel pipes are commonly used for compressed air pipes. The pipeline system is provided with valves, pressure reducing devices, oil and water drains, compensators, gas distributors and meters, which are selected and processed according to the design drawings.

After passing through the simple filter, the atmosphere containing various impurities enters the air compressor to stop the compression. Because of the high temperature and oxidation effect during the compression of the gas, the smooth oil quality of the compressor drops and is strongly acidic. When these solid particles and the oil and water vapor in the compressed atmosphere enter the compressed atmosphere pipe network system together, if the traditional galvanized pipe or carbon steel pipe is used, the inner wall of the pipe will be corroded at first. This is because its active chemical nature of iron is particularly easy to cause rust. When iron and the atmosphere fight, it will react chemically with the oxygen in the atmosphere, making the elements of the iron profile become iron oxide rust.

The iron exposed in the atmosphere is constantly oxidized and rusted, making the iron soft and loose. Traditional carbon steel welding reception: benefits: the cost is moderate, but the disadvantage is that the equipment is more manual than galvanized pipe, the inner wall of the pipe is simple to generate zinc, and the rust powder will flow to the downstream terminal equipment, resulting in an increase in equipment protection cost. After long-term use, the inner wall of the pipe is severely rusted, which will lead to a severe reduction in pipe diameter, an increase in pipe pressure drop, and a large energy consumption.