Compressed air and vacuum are used across almost all manufacturing, plus warehousing, healthcare, services, and communications.

Given their wide usage, the piping systems delivering them play a crucial role.

Recently, more companies are upgrading compressed air and vacuum piping systems. Why this trend? Key reasons: 
1. Large pressure drop, low endpoint pressure, failing production needs; 
2. Poor air quality in pipes: water, oil, rust contaminants mix, causing high defect rates; 
3. High overall energy consumption, severe resource waste.

Companies upgrading mostly used carbon steel pipes. What's better for replacement?

1. Seamless steel pipe: Often the first choice due to lower cost. But it corrodes, rusts easily, contaminating air. Rust damages equipment and product quality. Rust buildup reduces flow, pressure, wasting resources.

2. Stainless steel pipe: Clean, rust-resistant. But high cost. Welding joints needed: labor-intensive, hard to install, time-consuming.

3. Aluminum pipe: Smooth interior, clean system, no contamination risk. Easy installation. Overall cost lower than stainless steel.

Why is the AIRpipe gas delivery system favored by upgrading customers? 
Main reasons: 
1. AIRpipe's unique clamp connection: Easy, fast install. Excellent sealing, leak-proof. Full bore design lowers pressure drop, energy use. Low overall cost. 
 

2. Complies with ISO8573-1 standard, ensuring clean air, no secondary contamination;

3. AIRpipe's professional design/construction team: Designs efficient layouts based on needs, lowering energy use.

AIRpipe customer upgrade sites: 
1. Auto manufacturer feedback: Compressor energy use down 20%. No rust clogs at endpoints. Good after-sales service. Skilled workers.

2. Electronics customer feedback: Old carbon pipes rusted, clogged air filters/solenoid valves. No clogs now. Lower defect rate.

3. Aerospace MRO customer feedback: Higher air purity post-upgrade. Easy install. Much shorter project time. 30% labor saved.