As the "blood vessel" system in the production site, aluminum alloy compressed air pipeline plays a crucial role in the air pressure system. Many customers in consideration of the production line configuration, equipment selection, often only pay attention to the main equipment (such as: air compressor, filter, dryer, air tank, etc.) of choice, for the pipe does not pay attention to, air pipeline to oxidize the later use process, gas leak, deformation, aging and so on, the pressure loss is big, fast flow loss.
Ordinary carbon steel pipe used for a long time will naturally have corrosion impurities deposited inside the pipe. The result is that the pipeline (including the welding spot) corrodes, penetrates and leaks, and the polluted air causes serious damage to the quality of pneumatic equipment, pneumatic instruments and terminal products, increasing the maintenance cost of system equipment, and leaking compressed air directly wastes a lot of electric energy.
Dalian aluminium alloy pipe is proved, heavy pollution and easy leakage of seamless steel pipe and galvanized pipe slowly being eliminated, safety concerns more PVC pipes also slowly away from the industry, replaced by the new type of dalian super alloy compressed air line, it relies on the superior material and production process, to ensure provide high quality pure such as compressed air, gas terminal protection safety and production quality stability. The use of high-performance o-ring seal, can effectively prevent the occurrence of leakage, but relatively expensive.
International engineering, super alloy compressed air line should use 3 d software design, reasonable design approach is directly using three-dimensional modeling software, although the early stage of the need to do a lot of work, but after piping 3 d model is built, you can directly generate layout, axonometric drawing, equipment table, table, figure out late can save a lot of work, improve efficiency, but also ensures the accuracy of the pipe out of the figure, not collision.
The compressed air pipeline network diagram of the factory generally starts from the outlet of the compressed air station of the factory or reserved contacts of the factory, and ends at each user point. Each user point can be divided into indoor and outdoor user points. If conditions permit, the whole indoor and outdoor user points of the factory should be represented in the same plan or axonometric drawing as far as possible, that is, one drawing represents all user points of the whole factory, so as to facilitate drawing and reading.