WASHER, LOCK

This contract pertains to the procurement of 2,497 units of a washer lock identified by NSN 5310-01-130-6580 and part number C10, with an alternate part number SPE4A6-26-T-42V4. The items must comply with stringent technical and quality standards referenced in the DLA Master List of Technical and Quality Requirements, and all packaging and marking must adhere to MIL-STD-2073-1E and MIL-STD-129 specifications, with no special marking required. Packaging must follow DLA’s procurement requirements, including palletization and unit containerization using BD units with intermediate containment labeled E5, and the product must be labeled with the specified pack code U. The washer lock is subject to a zero-tolerance inspection policy under MIL-STD-1916 or ASQ H1331, where all sampled units must be free of non-conformances unless otherwise directed, and critical, major, and minor attributes must be verified at specified levels. Mercury and mercury-containing compounds are strictly prohibited unless explicitly exempted for functional components such as batteries, sensors, or instruments as defined by NAVSEA, with portable devices containing mercury requiring shock-proof construction and secondary containment. Delivery is scheduled within 27 days of contract award, to be shipped FOB origin to the designated delivery point in Tracy, California, with no variance permitted in quantity. The inspection and acceptance points are both at the destination, and the items must be physically identified per NAS1676 Revision 3. The contract is governed by defense information protocols and transportation directives under DLAD Proc Notes C19 and C20. The original required delivery date is September 4, 2026, though the needed ship date is May 5, 2026, indicating a potential lead-time buffer. The solicitation number is SPE4A6-26-T-42V4, issued by the DLA Commodity Division under NAICS code 336390, with contact information provided for Ashley Sacolick. All units of issue are defined per ANSI X12 standards, and the total contract value is derived from the unit price applied to the full quantity of 2,497 each.