Description
Industrial-grade standoff spacers designed to maintain precise gaps in electronics housings, panel assemblies, and robotics hardware. Engineered for reliable alignment, vibration resistance, and corrosion performance in demanding industrial environments.
Specs
- Dimensions: Outer diameter 3/8 inch x Length 1/4 inch
- Drive type: Hex Female
- Material grade: 303 Stainless Steel
- Thread type: 6-32 Internal Thread
- Finish: Natural stainless steel
- Quantity: 500 pieces per bulk pack
Features
- Secure engagement: Hex Female design provides secure engagement with 6-32 screws, reducing loosening under vibration in dense assemblies.
- Corrosion resistance: 303 Stainless Steel formulation offers dependable performance in humidity, mild corrosive environments, and industrial applications.
- Compact form factor: 3/8 inch outer diameter and 1/4 inch length yield a space-efficient spacer ideal for PCB mounting, enclosure separation, and panel-to-panel spacing.
- Bulk availability: 500 pieces per bulk pack supports high-volume builds, manufacturing lines, and long-term maintenance stocking.
- Application versatility: Suitable for electronics enclosures, PCB mounting standoffs, panel assembly gaps, and robotic system interfaces where precise gaps and secure mounting are required.
Physical
- Material: 303 stainless steel
- Finish: Natural stainless steel
- Size: Outer diameter 3/8 inch; length 1/4 inch; thread type 6-32 internal
Industry Used In
Common in electronics manufacturing, instrumentation enclosures, and robotics integration where tight tolerances and reliable fastener engagement are essential. Ideal for high-volume production environments and long-term maintenance stocking where consistent spacer performance is required.
Can We Help?
If you’re not sure that this product is right for you, give us a call!
800-222-0324

![[500 BULK] Standoffs Hex Female 303 Stainless 3/8 OD X 6/32 Thread X 1/4 Long](http://mutualscrew.com/cdn/shop/files/25C25H50SPWR_aa414a16-a108-4e9e-95de-5238aad8b625.png?v=1747174553&width=181)