Material and series selection
- Use standard or twin series for orderly parallel pneumatic lines.
- Confirm compatibility with compressor oil and cleaning chemicals.
- Use heavier support where large headers or vacuum lines can flex.
By fluid
Compressed Air & Vacuum
Dry · Oil-lubricated · Vacuum to −0.9 bar
Temperature−20 / +80 °C
Max. pressure10 bar
Standards3
Compressed-air lines appear simple, but compressor vibration, condensate and long unsupported runs often cause noise and fatigue.
Installation checks
- Add supports near compressor outlets, dryers, filters and branches.
- Allow drainage slope and access to condensate traps.
- Prevent tube contact with walls, frames and adjacent lines.
Common mistakes to avoid
- Long unsupported horizontal runs.
- Ignoring compressor-induced vibration.
- Blocking condensate drainage with incorrect clamp positioning.
Where this service appears
Vibration and hot discharge sections require closer, stronger support.
Long runs need planned spacing, drainage slope and support near branches.
Twin clamps organize parallel lines and reduce rubbing around moving equipment.
Material compatibility
| PPPolypropylene−20/+100 °C | PAPolyamide 6/66−40/+120 °C | NBRNitrile rubber−40/+100 °C | PVDFPVDF (Kynar®)−40/+150 °C | MetalMetal (Al/Steel)−196/+425 °C | |
|---|---|---|---|---|---|
| Compressed air & vacuumdry or oil-lubricated, to 10 bar | A | A | B | A | A |
A — ExcellentB — GoodC — LimitedD — Not recommended
Full compatibility matrix Fluid variants
Dry compressed air
ISO 8573-1 Class 1–3
Filtered and dried
Oil-lubricated air
Pneumatic tool supply
Standard installations
Vacuum / negative pressure
To −0.9 bar
Verify clamp stiffness
Applicable standards
ISO 8573-1Compressed air — purity class specificationsISO 1219-1Fluid power — graphic symbols and circuit diagramsEN 983Safety requirements for pneumatic systemsComplete clamp assembly selection
| Assembly item | Selection guidance |
|---|---|
| Clamp body | PP or PA for most clean, moderate-temperature installations. |
| Series | Standard or twin for small lines; heavy for large headers. |
| Mounting | Maintain drainage slope and access to filters and traps. |
| Hardware | Protect external steel where condensate or washdown is present. |
Recommended series
Related technical resources
Pipe clamp selection guideCheck OD, load, vibration, material and mounting method before specifying.Read guide Pipe clamp spacing guidePlan supports around bends, valves, pressure pulses and equipment vibration.Read guide Pipe clamp material guideCompare PP, PA, NBR, metal and stainless choices by fluid and environment.Read guide DIN 3015 standard guideUnderstand standard, heavy and twin clamp families for industrial pipework.Read guide
Details needed for a reliable recommendation
Send these operating details with your enquiry so the complete clamp assembly can be reviewed.
- Exact fluid/product name and concentration
- Continuous, peak and cleaning temperatures
- Pipe OD, material, wall thickness and quantity
- Pressure, pulsation, vibration and support load
- Indoor/outdoor exposure, salt, UV and washdown
- Required standards, certificates and mounting method
Frequently asked questions
Why do compressed-air pipes become noisy?
Common causes include compressor vibration, excessive support spacing and pipe contact with the structure.
Are twin clamps suitable for pneumatic lines?
Yes, when two similar parallel lines share a route and loads remain within the selected series.