Aluminum compressed air piping arrangement shares six advantages

Air compression systems are made up of various components, such as air compressors, air storage tanks, air coolers, filters, and piping delivery. While often overlooked, the selection, design, and installation of compressed air pipes are crucial. Inferior materials can lead to issues like oxidation, rust, air leakage, deformation, aging, and embrittlement. 

Aluminum alloy compressed air pipes offer several advantages. Firstly, they never corrode, ensuring the quality of the air. The internal surface is specially treated to surpass the anti-corrosion performance of stainless steel tubes, eliminating the need for additional filters. Secondly, these pipes are safe and durable, with a design life of over 30 years, reducing the risk of safety hazards. Additionally, they help reduce energy loss through leakage by utilizing high-performance O-ring seals.

The scientific and reasonable design of these pipes ensures a smooth and efficient flow of air, preventing equipment failure and production slowdowns. With extremely low pressure drop and energy consumption, they guarantee uninterrupted production. Furthermore, the quick installation process eliminates the need for welding.

To prevent production failures, it is important to address issues such as safety valve leakage and air leakage in the compressed air pipe production system. Safety valve leakage can be prevented by adjusting the perpendicularity of the support surface and the spring centerline, as well as ensuring tight contact surfaces. Air leakage in the production system can be tackled by repairing or replacing damaged sections, clearing water to prevent freezing, and adjusting pipe slopes for proper drainage.

In conclusion, understanding the advantages of aluminum alloy compressed air pipes and taking preventive measures against production failures can greatly benefit the efficiency and safety of an air compression system.