Description
High-integrity hex standoffs manufactured from aluminum provide precise panel-to-panel spacing in industrial enclosures and automation systems.
These components deliver rigid alignment, repeatable gaps, and corrosion resistance essential for high-volume production.
Specs
- Material: Aluminum
- Outer Diameter: 1/4 inch
- Thread: 8-32 UNC
- Body Length: 3 inch
- Standoff Type: Hex Male-Female
- Quantity: 400 pieces per bulk pack
Features
- Lightweight Aluminum Construction: Provides stiffness for panel-to-panel spacing while minimizing mass in electronic enclosures and robotic assemblies.
- Hex Drive Configuration: Enables tool-assisted installation in tight spaces and maintains secure engagement under load, reducing rotation during assembly.
- Corrosion Resistance: Aluminum alloy offers natural resistance to corrosion, extending service life in humid or mildly corrosive environments.
- Extended Spacing: 3 inch body length provides ample clearance for cable routing, heat dissipation considerations, and component clearance in dense enclosures.
- Bulk Availability: 400 pieces per bulk pack supports high-volume deployments in production lines and robotics integration.
- Ideal Use Cases: Electronics enclosures, robotics and automation assemblies, PCB mounting spacers, and signage backplanes where rigid, repeatable spacing is required.
Physical
- Shape: Hex Male-Female standoff
- Outer Diameter: 1/4 inch
- Body Length: 3 inch
- Material: Aluminum
- Quantity: 400 pieces per bulk pack
Industry Used In
- Electronics enclosures and panels for tight-tolerance spacing
- Robotics and automation assemblies requiring repeatable gaps between components
- PCB mounting spacers and backplanes in control cabinets
- Signage mounting frames and display back panels
Can We Help?
If you’re not sure that this product is right for you, give us a call!
800-222-0324

![[400 BULK] Standoffs Hex Male-Female Aluminum 1/4 OD X 8/32 Thread X 3 Body Length](http://mutualscrew.com/cdn/shop/files/25C50H50SP_99b2263c-605b-47ef-a58f-ac9c35af06d1.png?v=1747175264&width=224)