Where nylon shines
- Moving parts: gears, bushings, rollers, and sliders.
- Snap-fits and living hinges: nylon survives repeated flexing.
- Tough brackets and fixtures: it absorbs impacts that would crack stiffer plastics.
Things to know
- Moisture: nylon absorbs water from the air, becoming slightly more flexible and changing size a little. Tell us about tight-tolerance features.
- Grades and processes vary: nylon can be printed by filament or powder-bed processes, and filled grades (such as carbon fibre) add stiffness. We confirm the exact material and process in your quote.
Questions
Is nylon good for 3D printed gears?+
Yes. Nylon's toughness, wear resistance, and low friction make it one of the best common printing materials for gears and other moving parts.
Is nylon stronger than PETG?+
Nylon is generally tougher and more fatigue and wear resistant than PETG, which makes it better for moving and flexing parts. PETG is often more economical for static parts.
Last updated October 27, 2026 · NanoArc3D