ENAMEL

The Defense Logistics Agency awarded a delivery order under the basic contract SPE8ES-24-D-0005 to ASRC Federal Facilities Logistics, LLC, with a CAGE code of 79343, for the procurement of 12 pints of industrial enamel (NSN 8010013316108) at a unit price of $14.85, resulting in a total contract value of $178.20. The award was issued on July 18, 2026, with a single delivery scheduled for August 3, 2026, to the USS GEORGE H W BUSH CVN 77 at Building Y-109, Doorway 11, 1968 Morris Street, Norfolk, VA 23511, under FOB Destination terms, making the contractor responsible for all transportation costs and risks until delivery is completed. The item is classified under NAICS code 324122, indicating paint, coating, and adhesive manufacturing, and the contractor is certified as a Small Business, Small Disadvantaged Business, Women-Owned Small Business, and Economically Disadvantaged Women-Owned Small Business, with all applicable regulatory requirements tied to SAM registration and DPAS compliance, as indicated by the use of DPAS priority rating in the order. Inspection and acceptance are to be performed by the Government at the destination, with the contractor obligated to ensure conformity to contractual specifications without detailed technical standards cited; no specific packaging, marking, preservation, or barcoding standards such as MIL-STD-129 or MIL-STD-2073 are included beyond the requirement to mark all shipments with both the basic contract number SPE8ES-24-D-0005 and the delivery order number SPE8ES-26-F-64FC. Payment will be processed electronically via EDI to the Defense Finance and Accounting Service in Columbus, Ohio, using the appropriation identifier BX: 97X4930 5CBX 001 2620 S33189, and contract administration is handled by Nate Prattico, with contact details provided for inquiries. The delivery order operates as a firm fixed-price transaction under an IDIQ vehicle, with no options, extensions, or additional line items, and the award was likely made under a Lowest Price Technically Acceptable evaluation approach due to the minimal scope,