ADHESIVE

The Defense Logistics Agency awarded a delivery order under the indefinite-delivery/indefinite-quantity contract SPE8ES-24-D-0005 to ASRC FEDERAL FACILITIES LOGISTICS, LLC (CAGE 79343), a small business certified as both a Small Disadvantaged Business and a Women-Owned Small Business, for the procurement of six units of adhesive identified by NSN 8040013754805. The total contract value is $304.80, with a unit price of $50.80 per unit, and performance is required to be completed by August 13, 2026, with delivery FOB destination to Fort Rucker, Alabama. The adhesive shipment must be sent by the fastest traceable means, explicitly prohibiting parcel post, and all packages and documentation must be clearly marked with the contract number SPE8ES-24-D-0005, the delivery order number SPE8ES-26-F-72AS, the RDD number 777, and the tracking identifier W31NWR62110062. The contractor is responsible for freight costs, and the government will conduct final inspection and acceptance at the delivery point under the standard clause requiring items to conform to contract specifications. Payment will be processed electronically via EDI through the Defense Finance and Accounting Service in Columbus, Ohio, using the accounting code BX: 97X4930 5CBX 001 2620 S33189, tied to purchase request 7017703234. The order is DPAS-rated under 15 CFR 700, affording it priority allocation status for national defense purposes. No specific packaging standards, bar-coding requirements, or MIL-STD references were stipulated, nor were formal contract clauses, attachments, or evaluation factors explicitly included in the documentation. The contracting officer is Nate Prattico, with no designated COR or COTR identified. The awardee’s socioeconomic certifications trigger compliance obligations under FAR 52.219-3, 52.219-25, and 52.219-35, requiring ongoing verification through SAM.gov and potential subcontracting plan reporting. All activities align with the foundational terms of the base contract and are executed through DLA’s procurement system via DIBBS.