The Compressed Air Blog | Compressed Air and Gas Tips from Atlas Copco

AIRnet: optimized piping solutions for compressed air and inert gases

Written by Atlas Copco Compressors | Dec 18, 2025

Delivering efficiency from equipment room to point of use

When it comes to compressed air and inert gas distribution, the piping system is critical to overall performance. Even the most advanced compressor cannot deliver peak efficiency if air is lost through leaks or contamination. That’s why Atlas Copco engineers developed AIRnet, a turnkey piping solution designed to provide clean operation, ease of installation, faster return on investment, and long-term energy savings.

With decades of expertise in compressed air and gas systems, Atlas Copco created AIRnet to preserve the power of air. With services such as system layout resources, sizing calculators, point-of-use accessories, and various materials to choose from, AIRnet provides a full-service leak free solution for any industry.

The benefits of AIRnet

Leak-free reliability                                                                                                                              

AIRnet’s aluminum and stainless-steel pipes are corrosion-resistant and engineered to deliver consistent, leak-free performance. This reduces costly energy losses, optimizes customer processes, and ensures clean air reaches every application.

Future-proof design                                                                                                                                  

AIRnet’s modular system makes future modifications, expansions, and upgrades straightforward, helping businesses adapt as production needs evolve. Standardized threaded and flanged fittings make AIRnet connectivity to existing and future expansions fast.

Precision monitoring with sensors                                                                                                                

AIRnet fittings can seamlessly integrate with advanced sensors and monitoring technologies, including Atlas Copco flowmeters, as well as dew point and pressure sensors, to provide precise and reliable system performance insights.

Aluminum: fast, easy installation                                                                                              

Lightweight aluminum pipes combined with push-to-fit, torque-fit, and bolt-clamp fittings make AIRnet installations simple and efficient. Modular technology allows certified installers to complete projects quickly while ensuring long-term durability and future flexibility.

Stainless steel: high-grade material for critical applications                                               

Along with aluminum, AIRnet offers permanent press-fit stainless-steel piping for environments where reliability is essential. AIRnet’s stainless steel piping is specifically designed for critical environments, corrosion-resistance, clean room applications, and can be utilized for Energy Transformation Systems including our new Atlas Copco Heat Pumps.

Proven performance across industries

AIRnet installations range from service centers and light assembly facilities to large automotive production and manufacturing plants. With aluminum pipes available from ¾” to 6” and stainless-steel options from ½” to 4”, AIRnet provides scalable solutions for diverse applications.

Customers benefit from:

  • Lightweight materials with configurable assembly
  • Ease of installation with less labor
  • Corrosion-free operation
  • A 10-year manufacturer’s leak-free warranty
  • Optimized throughput for 24/7 production environments

These advantages translate into measurable energy savings and a faster return on investment, keeping operations strong for years to come.

 For businesses that demand a piping system that is fast, reliable, safe, and clean, AIRnet is the clear choice. By combining advanced materials, modular technology, and Atlas Copco’s global engineering and service expertise, AIRnet delivers the industry’s most optimized piping solution for compressed air and inert gases.

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