THE SMART CHOICE FOR COMPRESSED AIR AND INDUSTRIAL FLUID PIPING

In today’s competitive industrial landscape, the efficiency of your compressed air system can make the difference between profit and loss. Energy waste, pressure drops, and leaks in traditional piping networks can drive up costs and maintenance time. This is where Transair®, the world’s leading modular aluminum piping system, transforms the way you deliver air, vacuum, and inert gases across your facility.

Why Transair®?

Transair is a premium compressed air piping solution designed by Parker Hannifin, built for industries that demand performance and longevity. Unlike conventional steel or copper systems, Transair combines lightweight aluminum tubing with quick-connect fittings, offering a leak-free, corrosion-resistant, and energy-efficient alternative that’s ideal for manufacturing, food processing, automotive, electronics, and general industrial environments.

Whether you’re upgrading an old system or installing a new facility, Transair provides a future-ready solution that adapts easily as your production needs grow.

Key Features and Benefits

1. High Efficiency and Leak-Free Design Transair’s unique connection technology ensures a 100% leak-free seal without the need for welding, threading, or gluing. This reduces energy loss and pressure drop, improving the overall efficiency of your compressed air network. In a world where energy represents up to 70% of total compressor operating costs, eliminating leaks is crucial.
2. Corrosion-Resistant and Long-Lasting Unlike galvanized steel, which can rust internally and contaminate air lines, Transair aluminum pipes are naturally corrosion-resistant. This maintains air purity and protects sensitive equipment downstream — making it especially suitable for food packaging, pharmaceutical, and electronics applications where cleanliness is non-negotiable.
3. Modular and Reconfigurable System Transair is designed for maximum flexibility. Its quick-connect fittings allow engineers to modify or extend the system without downtime. Whether you’re rearranging production lines or adding new equipment, Transair can be easily adjusted — a major advantage over rigid welded systems. This modularity also means lower installation costs and faster project completion. It’s a truly “plug-and-play” approach to compressed air.
4. Lightweight and Easy to Install Transair pipes are up to 5 times lighter than traditional metal systems, making installation safe and simple. There’s no need for heavy machinery or skilled welding teams — saving time and labor costs. The color-coded aluminum pipes also make it easy to identify air, vacuum, or inert gas lines, ensuring safer plant operation.
5. High Flow Performance Thanks to its smooth internal surface, Transair minimizes friction and turbulence inside the piping, resulting in consistent pressure and flow across your entire plant. The result? Equipment performs better, compressors run more efficiently, and energy costs drop.

6. Environmentally Friendly and Sustainable Transair supports sustainable manufacturing goals. Its materials are fully recyclable, and its leak-free design reduces wasted compressed air — one of the most energy-intensive utilities in any factory. Combined with long lifespan and low maintenance, Transair contributes to a smaller carbon footprint and lower total cost of ownership.

7. Certified for Quality and Safety Transair systems meet international standards including ISO 8573-1 Class 1 for air purity, and are compliant with PED, OSHA, and REACH regulations. The system’s proven reliability has made it the preferred choice by global manufacturers across over 100 countries.

Applications Across Industries

Transair is engineered to handle a variety of industrial fluids including compressed air, vacuum, nitrogen, and inert gases. It is widely used in:

• Automotive assembly lines – for high-speed air tools and robotics

• Food and beverage plants – for clean air supply to packaging and processing areas

• Pharmaceutical and electronics industries – where clean, dry air is essential

• Metal and woodworking shops – where dust control and pneumatic tools are constant

• General manufacturing – for reliable air delivery to all points of use