Product Catalog
Pneumatic Assembly Tools
Getting full performance from an air tool starts with your air line.
Line setup for full tool performance
| Line factor | Why it matters |
|---|---|
| Pressure | Must not drop below the tool's rating under load |
| Hose inner diameter | Too narrow chokes flow |
| FRL unit | Traps water and dirt, provides lubrication |
| Leaks | Silently drop line pressure |
Frequently asked questions
My pneumatic tool isn't delivering its rated power — why?
Almost always the line: dropping pressure under load, hose too thin or too long, a clogged FRL, or leaks. Check these before opening the tool.
What hose diameter should I use for a pneumatic tool?
Match it to the tool's air consumption (L/min) and hose length; longer runs need larger diameter, or a strong tool will feel weak.
Is an FRL unit mandatory?
In practice, yes. It traps water and dirt and supplies lubrication where needed — without it, condensate wears and corrodes the tool from inside.
Pneumatic or electric tool — which should I choose?
With an air infrastructure and heavy continuous use, pneumatic is durable and economical. If torque consistency and logging are your priority, switch to electric.