Precision Fastener Manufacturing – Self-Locking Nuts with Extended Washer

The contract specifies the manufacture and delivery of self-locking hexagonal nuts with extended washers classified as Critical Application Items, requiring strict adherence to NASM21042 specifications and MIL-STD-130N for marking and traceability to ensure full compliance in high-stakes military and aerospace environments. These components must be produced with precision engineering to meet rigorous performance, material, and dimensional standards, with end-to-end documentation and permanent identification to support accountability throughout the supply chain. The work is designated as a Total Small Business Set-Aside under FAR 19.5, mandating that only small businesses qualify to bid, with the North American Industry Classification System code 332722 confirming the focus on screw, nut, and bolt manufacturing. The place of performance is set in New Cumberland, Pennsylvania, with a ZIP code of 17070-5002, and the procurement is managed by the ASC Commodities Division under the Department of Defense. The solicitation was posted on July 13, 2026, with a firm response deadline of July 21, 2026, leaving a narrow window for qualified small business manufacturers to submit proposals. This is a subcontract opportunity issued through the DLA BSM platform, indicating the end user is likely a prime contractor or defense system integrator requiring these nuts for integration into larger assemblies where failure is not an option. Traceability, marking legibility, and material certification are non-negotiable requirements, and suppliers must demonstrate proven capability in producing CAIs under military standards. There is no designated point of contact listed in the public data, so potential bidders must rely on the official DIBBS portal linked in the posting for submission instructions, technical clarifications, and updates. The contract’s structure prioritizes small business participation while enforcing uncompromising quality controls essential for defense-critical applications.