*USED* Hex socket head cap screws-M6x14 E22 K014

*USED* Hex socket head cap screws-M6x14 E22 K014

Regular price $13.94 AUD
Regular price $0.00 AUD Sale price $13.94 AUD
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These USED hex socket head cap screws M6x14 (E22 K014) are a practical, budget-friendly solution for your next project. Built for dependable performance in tight spaces, they deliver Allen-drive reliability without paying the price of new hardware.

What makes this specific fastener pair stand out:


  • Size and drive: M6 diameter with 14 mm length, featuring a hex socket head for secure, high-torque engagement in confined areas.

  • Condition: Sold as used. Expect minor cosmetic wear consistent with prior use, with the core threading and dimensions remaining suitable for standard assemblies.

  • Identification: Includes the part code E22 K014 for easy reordering or cross-referencing in your parts inventory.

Ideal use cases

  • Machine maintenance and rebuilds where a common M6x14 size fits existing tapped holes and fixtures.
  • DIY projects, robotics, 3D printer assemblies, enclosures, and general hardware upgrades where strong, reliable fasteners are needed in tight spaces.
  • Spare fasteners for shop kits and repair batches, offering quick replacements without hunting down new stock.

Why choose these for your project


  • Broad compatibility: M6 threads align with a wide range of nuts and tapped holes used in machinery, electronics enclosures, and DIY builds.

  • Economical sourcing: As used hardware, they provide a cost-effective option for non-critical, mechanical fastening tasks or bulk projects where perfection of finish isn’t essential.

  • Robust drive system: The hex socket drive distributes torque across the head, helping to resist cam-out and improve installation stability in confined spaces.

Practical tips for best results: use a 4 mm Allen key for typical installation with M6 socket cap screws, engage threads gradually to avoid cross-threading, and check alignment before final tightening. Consider inspecting the threads and bearing surfaces before use in critical load-bearing applications to ensure reliable performance over time.


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