The NAS designation signifies that these parts are suitable for mission-critical applications where performance and reliability are non-negotiable.
: Significantly lighter than aluminum or steel alternatives.
One of the most fascinating engineering challenges in aerospace is "preload." When a mechanic torques a bolt, they are stretching the bolt like a spring to clamp the parts together. If the parts being clamped are softer than the bolt (like aluminum skins), the clamping force can crush the soft material, causing the bolt to lose tension and vibrate loose.
: Used to separate components or provide a clearance for fasteners.
: Naturally non-conductive, making them ideal for PCB and electronic mounting.
: Complies with National Aerospace Standards (NAS). 🔍 How to Read NAS61 Part Numbers
The NAS designation signifies that these parts are suitable for mission-critical applications where performance and reliability are non-negotiable.
: Significantly lighter than aluminum or steel alternatives.
One of the most fascinating engineering challenges in aerospace is "preload." When a mechanic torques a bolt, they are stretching the bolt like a spring to clamp the parts together. If the parts being clamped are softer than the bolt (like aluminum skins), the clamping force can crush the soft material, causing the bolt to lose tension and vibrate loose.
: Used to separate components or provide a clearance for fasteners.
: Naturally non-conductive, making them ideal for PCB and electronic mounting.
: Complies with National Aerospace Standards (NAS). 🔍 How to Read NAS61 Part Numbers
