5/8" OD X 7/8" Female-Female Standoffs | 1/4-20 | Stainless Steel | Passivated (250/Pkg.)
Roll over image to zoom in Click on image to zoom
5/8" OD X 7/8" Female-Female Standoffs | 1/4-20 | Stainless Steel | Passivated (250/Pkg.)

Image may not reflect complete product dimensions and specifications. Please call to confirm any questions.

1/8" OD X 7/16" Female-Female Standoffs | #2-56 | Aluminum | Plain (250/Pkg.)

Mutual ScrewSKU: FC1605-256-A
Price:
$128.00per 250( $0.51 each)
Pieces 250
Measurement type Imperial
Thread size #2-56
Length 7/16
Material Aluminum
Finish Plain
Outer diameter 1/8
Shape Round
Threads per inch 56
Weight 2.98 lb

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

Description

Industrial standoffs designed for precise panel spacing and component isolation in machinery assemblies.

Aluminum plain finish, 1/8 inch Outer Diameter x 7/16 inch Length, female-to-female configuration with #2-56 threads for reliable alignment in compact enclosures.

Specs

  • Dimensions: Outer Diameter 1/8 inch; Length 7/16 inch
  • Finish: Plain
  • Material Grade: Aluminum
  • Thread Type: #2-56
  • Packaging: 250 per package

Features

  • Configuration: Female-Female standoff design enables panel-to-panel or board-to-chassis spacing in control panels, enclosures, and industrial equipment
  • Thread Compatibility: Standard #2-56 micro-thread supports common hardware in instrumentation, automation, and panel mounting applications
  • Material and Finish: Aluminum with plain finish provides favorable strength-to-weight ratio and natural corrosion resistance for moderate industrial environments
  • Dimensional Stability: Maintains precise spacing under typical mounting loads, reducing misalignment and vibration-induced wear

Can We Help?

If you’re not sure that this product is right for you, give us a call!
800-222-0324

Recently viewed