Common compressed air pipeline problems can be divided into two types: one is design problem. Insufficient gas supply caused by too fine pipe network and unreasonable layout; The other is failure in the process of use, such as leakage at the pipe joint, hose rupture, condensate accumulation, poor operation of air source processing elements such as filters, etc. Excessive pressure loss is accompanied by continuous changes in the production scale and production process of the factory, and the main pipe network of compressed air is also constantly changed. In actual operation, the original pipeline is often changed. Due to the technical ability of factory personnel, site conditions and other reasons, there are often problems such as insufficient estimation of actual consumption and unreasonable pipeline layout, resulting in excessive burden of local pipeline network, large pressure loss or severe pressure fluctuation of local pipeline network.

Compressed air pipes are generally marked with light gray, that is, the compressed air pipes are painted into light gray. The compressed air pipes are applicable to compressed air, auto parts stores and pneumatic (pneumatic) tools, as well as the transportation of water and non corrosive liquids. The compressed air pipes are widely used in industry, construction industry, agriculture and other fields. Appearance, softness and elasticity are similar to rubber. It is a chemical product with anti-oxidation, anti-aging and anti full text irritation. It is not soft in summer, hard and crack in winter.

The heat generated during the operation of the air compressor will be transferred to the surrounding air. Since the compressed air pipe is placed indoors, this heat must be discharged to limit the rise of indoor temperature. Although some heat can be dissipated through walls, doors and windows, ground and roof, this method of heat dissipation is limited. The air compressor room must be ventilated to promote the heat of the compressed air pipe to flow with the circulating air.