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Fresh Stock 10 X 3/4″ Round Spacers 3/8″ OD Type 6/6 Nylon (1000 / Pkg.)

Original price was: $60.95.Current price is: $31.69.

For orders under $150.00, a shipping fee of $12.99 applies.

SKU: SKHWTA00IJO Category: Tag:
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Bulk pack of round spacers manufactured from Nylon 6/6 for repeatable, precise spacing in electronics, automotive, and industrial fixtures. Each lot contains 1000 pieces with a 3/8 inch outer diameter, through hole size #10, and 3/4 inch length.

Specs

    Dimensions: Outer diameter 3/8 inch; Through hole: #10; Length: 3/4 inch

    Material grade: Nylon 6/6

    Finish: Natural

Features

    Wear resistance: Nylon 6/6 spacers resist wear in moving assemblies, extending service life under vibration

    Low friction: Provides smooth operation between components, reducing wear and noise

    Moisture and chemical durability: Maintains dimensional tolerances in humid or chemical environments

    Dielectric insulation: Natural nylon offers electrical insulation between components or conductors

    Vibration control: Proper spacing mitigates micro-movement and loosening in assemblies

    Insulators: Acts as a separation layer to protect delicate parts and prevent electrical contact where required

    Bulk pack: 1000 count per lot reduces sourcing time and ensures consistent fixture materials for high-volume production

Physical

    Shape: Round spacer

    Outer diameter: 3/8 inch

    Through hole: #10

    Length: 3/4 inch

    Material: Nylon 6/6

    Finish: Natural

    Bulk quantity: 1000 pieces per pack

Industry Used In

    Electronics manufacturing and PCB mounting applications requiring precise separation between boards and housings

    Automotive production lines and harness assemblies needing consistent spacer spacings for fixtures and mounting points

    Industrial machinery and automation equipment that require vibration damping and reliable insulation between moving parts

    Prototype development and repeatable test fixtures where consistent clearances speed up iteration and reduce variation