What Is maXair PE100 Compressed Air Pipe?
What Is maXair PE100 Compressed Air Pipe?
Maxair® is a PE100 compressed air pipe system designed for industrial compressed air, water, and process piping applications.
- Manufactured to AS/NZS 4130 and AS/NZS 4131
- Eliminates internal corrosion and rust contamination
- Suitable for food-grade and potable water applications
- Rated to 16 bar (235 PSI) at 20°C
- Minimum 50-year design life
- Available with Socket Fusion, Electrofusion, and Compression fittings
Maxair® PE100 compressed air pipe is a high-performance polyethylene piping system designed for compressed air, vacuum, potable water, process fluids, and industrial utility services. Manufactured from premium PE100 material, maXair eliminates the corrosion issues associated with traditional steel pipe while delivering excellent strength, chemical resistance, and long-term reliability.
Used throughout manufacturing, food processing, mining, wastewater treatment, and industrial facilities, maXair provides a lightweight, corrosion-free alternative to galvanised steel compressed air pipe.
Quick Answer
Maxair is a PE100 compressed air pipe system manufactured to AS/NZS 4130 and AS/NZS 4131 standards. It offers:
- Corrosion-free compressed air distribution
- Food-grade compliant materials
- Fast installation using fusion or compression fittings
- 16 bar (235 PSI) compressed air rating at 20°C
- Minimum 50-year design life
- Excellent chemical resistance
- Reduced noise and vibration transmission
Why Traditional Compressed Air Pipe Systems Fail
Many compressed air systems continue to use galvanised steel pipe. While initially cost-effective, steel pipe is vulnerable to internal corrosion caused by moisture naturally present in compressed air systems.
Over time this corrosion can lead to:
- Rust contamination
- Damaged pneumatic equipment
- Pressure losses
- Reduced internal pipe diameter
- Higher compressor energy consumption
- Expensive pipe replacement projects
As corrosion builds inside the pipe, airflow efficiency declines and operating costs increase.
Maxair eliminates these issues through the use of corrosion-resistant PE100 material.
How maXair Eliminates Pipe Corrosion
One of the biggest advantages of maXair is that polyethylene does not rust.
Unlike galvanised steel pipe, maXair provides:
- No internal corrosion
- No rust contamination
- No scaling build-up
- No reduction in internal pipe diameter
- No corrosion-related pressure loss
The smooth internal bore remains consistent throughout the life of the system, helping maintain airflow efficiency and reducing energy losses.
Benefits of Corrosion-Free Pipework
- Cleaner compressed air
- Improved product quality
- Lower maintenance costs
- Longer equipment life
- Improved compressor efficiency
- Reduced lifecycle costs
How maXair Is Installed
Maxair offers three compatible fitting systems using the same PE100 pipe platform.
Socket Fusion Fittings
Pipe and fittings are heated and permanently fused together to create a leak-free joint.
Electrofusion Fittings
Special electrofusion fittings contain embedded heating elements that fuse the fitting and pipe into a single structure.
Compression Fittings
Mechanical compression fittings allow fast installation and easy future modifications.
This flexibility allows engineers and installers to select the most suitable joining method for each application.
Food Grade and Clean Air Applications
Maxair is manufactured from food-contact-grade PE100 materials and is commonly specified where air purity and hygiene are critical.
Maxair conforms with:
- AS2070.1 Plastic Materials for Food Contact Use
- AS/NZS 4020 Drinking Water Contact Requirements
- AS3855 Potable Water Distribution Requirements
Unlike some traditional piping materials, maXair:
- Does not support microbial growth
- Does not promote bacterial contamination
- Will not taint purified compressed air
- Maintains clean internal pipe surfaces
Typical Food Grade Applications
- Food processing plants
- Beverage manufacturing facilities
- Dairy processing
- Pharmaceutical production
- Breathing air systems*
*Subject to appropriate filtration, cleaning, and maintenance procedures.
Chemical Resistance in Industrial Environments
Maxair PE100 offers broad chemical compatibility, making it suitable for harsh industrial environments where metal piping systems may suffer corrosion.
Common applications include:
- Chemical processing plants
- Wastewater treatment facilities
- Mining operations
- Industrial manufacturing
- Coastal environments
Fusion-welded joints create a continuous piping system with minimal leak risk and excellent resistance to corrosive environments.
Strength and Pressure Performance
Maxair is manufactured to PN25 specifications and provides excellent pressure performance for industrial compressed air systems.
| Performance Characteristic | Maxair PE100 |
|---|---|
| Material Grade | PE100 |
| Compressed Air Rating | 16 bar (235 PSI) |
| Operating Temperature | -20°C to +60°C |
| Peak Temperature | Up to 95°C |
| Safety Factor | 2:1 |
| Design Life | Minimum 50 Years |
Unlike PVC, maXair remains ductile under impact and will not shatter, making it a safer choice for compressed air systems.
Noise and Vibration Reduction
PE100 naturally absorbs vibration and noise better than metal pipe systems.
This helps reduce:
- Compressor noise transmission
- Pipe vibration
- Equipment vibration
- Structure-borne noise
The result is a quieter working environment and reduced stress on pneumatic equipment.
Maxair vs Galvanised Steel Compressed Air Pipe
| Feature | Maxair PE100 | Galvanised Steel |
|---|---|---|
| Corrosion Resistance | Excellent | Prone to corrosion |
| Air Quality | Clean, contamination-free | Rust contamination possible |
| Weight | Lightweight | Heavy |
| Installation Speed | Fast | Slow |
| Noise Transmission | Low | High |
| Chemical Resistance | Excellent | Limited |
| Underground Installation | Excellent | Moderate |
| Expected Service Life | 50+ Years | Variable |
Australian Standards and Compliance
Maxair is manufactured in Australia and complies with relevant Australian Standards.
| Standard | Description |
|---|---|
| AS/NZS 4130 | PE Pipes for Pressure Applications |
| AS/NZS 4131 | PE Pipe Compounds and Materials |
| AS/NZS 4020 | Products for Drinking Water Contact |
| AS2070.1 | Plastic Materials for Food Contact Use |
| AS3855 | Potable Water Distribution Systems |
Why Choose maXair?
- Corrosion-Free Performance: No rust, scale, or contamination.
- Food Grade Materials: Suitable for food and beverage applications.
- Australian Standards Compliance: Manufactured to AS/NZS standards.
- Flexible Installation Methods: Socket fusion, electrofusion, and compression fittings.
- Superior Strength: 16 bar compressed air rating with a conservative 2:1 safety factor.
- Long Service Life: Minimum 50-year design life.
- Reduced Noise and Vibration: Naturally dampens compressor vibration.
- Made in Australia: Manufactured under certified quality systems.
Frequently Asked Questions
What is maXair compressed air pipe made from?
Maxair is manufactured from PE100 polyethylene, the highest-grade pressure pipe material recognised under AS/NZS 4131.
Does maXair compressed air pipe rust?
No. Maxair PE100 is corrosion resistant and does not rust, scale, or contaminate compressed air systems.
Can maxair be used underground?
Yes. Maxair is highly impact resistant and suitable for underground compressed air and utility installations.
Is maXair suitable for food and beverage applications?
Yes. Maxair complies with AS2070.1 and AS/NZS 4020 requirements for food-contact and drinking-water applications.
How long does maXair pipe last?
Maxair has a minimum 50-year design life and is engineered for long-term pressure applications when correctly installed and operated.
Why Choose Air Energy
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Technical Expertise Since 1993 – Over 2,000 industrial installations across mining, aquaculture, manufacturing, and remote sites
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Multi-Industry Experience – Experts in compressed air, fuel, water, and process piping systems
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Project Support – Our technical team ensures safe, efficient, and long-lasting installations
With Air Energy, you get a piping solution designed for performance, reliability, and long-term operational efficiency. Speak with our team today.