P/N: ms20073-03-04
Category: Fasteners & Hardware
This product requires a custom quote. Please contact our sales team for pricing information or submit an RFQ (Request for Quote).
| Condition | Stock |
|---|---|
| New Surplus | 4 Available |
| New | 3 Available |
The MS20073-03-04 is a machine bolt with a drilled hex head designed for safety wire installation. Featuring 10-32 UNF threads and manufactured from alloy steel, this fastener meets military standard MS20073 specifications for aerospace applications. The drilled head allows positive wire locking to prevent loosening in vibration-prone environments.
Commonly used to secure brackets and structural components in aircraft assemblies where safety wire retention is required. Installation requires torquing per aircraft maintenance manual specifications and verification against the applicable Illustrated Parts Catalog for proper grip length.
Please note: Product descriptions are provided for informational purposes. Always refer to your aircraft's Illustrated Parts Catalog (IPC) to verify part compatibility and specifications.
The MS20073-03-04 is a machine bolt with a drilled hex head designed for safety wire installation. Featuring 10-32 UNF threads and manufactured from alloy steel, this fastener meets military standard MS20073 specifications for aerospace applications.
Aircraft hardware is manufactured to military and aviation specifications. The BOLT,MACHINE conforms to its applicable AN (Air Force-Navy), MS (Military Standard), or NAS (National Aerospace Standard) specification. Contact us for specific specification details.
Aviation hardware is available in various materials including cadmium-plated steel, stainless steel, aluminum alloy, and titanium depending on the application. Contact us for material certification and specifications for the ms20073-03-04.
Yes, we sell hardware in various quantities from single units to bulk lots. The BOLT,MACHINE is available in: New Surplus, New. Submit an RFQ for volume pricing or call (904) 998-9101 for quantity availability.