MIDWEST FASTENER CORP
MIDWEST FASTENER CORP 72887 Nylon Round Spacer 6.3 mm ID
Nylon spacer with 6.3 mm inside diameter creates a 5 mm gap between components
- Nylon construction resists corrosion and insulates electrically
- 3 mm inside diameter fits standard M6 hardware
- 5 mm overall length provides precise gap control
- Round profile distributes load evenly across contact surfaces
- Supplied new from MIDWEST FASTENER CORP for reliable quality
Product identity
The MIDWEST FASTENER CORP 72887 is a nylon round spacer designed to create a precise gap between two components. It suits maintenance technicians, assembly workers and hobbyists who need reliable alignment in automotive, machinery or general fabrication tasks.
Material and dimensions
The nylon construction provides electrical insulation and corrosion resistance while remaining lightweight. With a 6.3 mm inside diameter and 5 mm overall length, the spacer sets a fixed separation that helps position fasteners, shafts or panels correctly during assembly.
Build quality and fit
Moulded nylon delivers consistent dimensions and a smooth bore that slides onto bolts or rods without binding. The 72887 part number ensures exact reordering for repeat jobs, and the non-conductive material prevents short circuits in electrical installations.
Highlights
- Nylon construction resists corrosion and insulates electrically
- 3 mm inside diameter fits standard M6 hardware
- 5 mm overall length provides precise gap control
- Round profile distributes load evenly across contact surfaces
- Supplied new from MIDWEST FASTENER CORP for reliable quality
Specifications
| Brand | MIDWEST FASTENER |
|---|
Questions about this item
Will the nylon spacer need replacement if it deforms under load over time?
Nylon can creep under sustained compression, so inspect the 6.3 mm ID spacer periodically and replace it if the thickness reduces enough to affect alignment.
What is the first limit reached when the spacer is under continuous clamping force?
The 5 mm overall length sets the maximum gap it can maintain; once the material compresses beyond that height the joint loses its intended spacing.
Does the nylon spacer generate heat or noise when left in a fixed assembly all day?
As a passive nylon component it produces no noise, no heat and draws no power during continuous static use.
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