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[1000 BULK] Standoffs Hex Female 303 Stainless 5/16 OD X 8/32 Thread X 1/2 Long Price Cut

Original price was: $295.95.Current price is: $118.38.

SKU: SK0001886-US20260105-083529 Category: Tag:

Description

[1000 BULK] Standoffs Hex Female 303 Stainless 5/16 OD X 8/32 Thread X 1/2 Long are precision-made spacers designed to provide strong, reliable support in electronics, panels, and mechanical assemblies. Crafted from 303 stainless steel, these hex female standoffs resist corrosion and stand up to demanding environments.

  • Material: 303 Stainless Steel
  • Type: Hex Female Standoff
  • Outer Diameter: 5/16 in (0.3125″)
  • Thread: 8-32 UNC
  • Length: 1/2 in
  • Quantity: 1000 pieces per bulk package

Why choose 303 stainless hex female standoffs?

303 stainless steel offers excellent corrosion resistance, reliable strength, and easy machinability. The hex female design provides secure nut engagement for stable, vibration-resistant assemblies across electronics, instrumentation, and enclosure projects.

Applications

  • PCB spacing and board-to-chassis mounting
  • Electronics enclosures and control panels
  • Mechanical assemblies, robotics, and DIY projects
  • Frame and extrusion mounting where precise standoff height is required

Specifications at a glance

  • Material: 303 Stainless Steel
  • Size: 5/16″ outer diameter
  • Thread: 8-32
  • Length: 1/2″
  • Quantity: 1000 pieces per bulk package

Upgrade your projects with dependable, bulk-pack standoffs that combine precise dimensions with corrosion resistance. Order these [1000 BULK] Standoffs Hex Female 303 Stainless today and keep your assemblies aligned and secure.

Pieces 1000
Measurement type Inch
Thread size #8-32
Diameter 8
Length 1/2
Material Steel
Grade 303
Finish Stainless Steel
Outer diameter 5/16
Shape Hex
Style Female/Female
Threads per inch 32
Weight 1.0 lb

WARNING: This product can expose you to chemicals including lead and lead compounds, which are known to the State ofCalifornia to cause cancer and birth defects or other reproductive harm. For more information go tohttps://www.P65Warnings.ca.gov.