3/16" OD X 2-1/8" Female-Female Standoffs | #4-40 | Stainless Steel | Passivated (250/Pkg.)

Mutual ScrewSKU: FC1663-440-SS

Price:
Sale price$496.00per 250( $1.98 each)
Pieces 250
Measurement type Imperial
Thread size #4-40
Length 2-1/8
Material Stainless Steel
Finish Passivated
Outer diameter 3/16
Shape Round
Threads per inch 40
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 provide precise spacing and mounting integrity for control panels, enclosures, and equipment housings in demanding environments. This female-to-female stainless steel standoff is passivated for corrosion resistance and accepts standard hardware with a #4-40 thread.

Specs

  • Dimensions: 3/16 inch outer diameter x 2-1/8 inch length
  • Finish: Passivated
  • Thread type: #4-40
  • Material: Stainless Steel
  • End type: Female-Female

Features

  • Corrosion resistance: Passivated stainless steel formulation provides enhanced environmental resistance in factory floors, washdowns, and humid enclosures.
  • Thread engagement: Internal threads on both ends enable direct mating with standard male fasteners, ensuring reliable assembly and repeatable spacing.
  • Dimensional stability: Precisely machined 3/16 inch OD and 2-1/8 inch length maintain consistent clearance and alignment across assemblies.
  • End configuration: Female-Female geometry simplifies panel-to-panel or panel-to-structure mounting without additional hardware modifications.
  • Applications: Ideal for electrical enclosures, automation panels, control cabinets, rack mounting, and equipment housings in industrial settings.
  • Packaging: Packaged in 250 count bags to support bulk manufacturing and field installations.

Can We Help?

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

Recently viewed