SEAL, PLAIN ENCASED

The Defense Logistics Agency awarded Contract SPE7M226V4413 to PATTERSON COONEY INC on July 20, 2026, for the procurement of a single line item: SEAL, PLAIN ENCASED, with NSN 5330004850786. The total contract value is $3,624.67, and delivery is required within 100 days of award, no later than October 25, 2026, to a specified destination at 2083 NORMANDY DRIVE, DOOR 113 TO 134, NEW CUMBERLAND, PA 17070-5002, under FOB ORIGIN terms. The solicitation, SPE7M2-26-T-5448, was issued under the Simplified Acquisition Procedures and falls under NAICS code 339991, indicating a focus on other miscellaneous manufacturing. The contract includes a comprehensive set of FAR and DFARS clauses, many incorporating Deviation 2026-00038 or similar deviations, covering critical compliance areas such as equal opportunity for workers with disabilities, combating human trafficking, employment eligibility verification, sustainable products, hazardous material identification and safety data sheets, cybersecurity safeguarding, and contractor information systems protection. Special requirements include adherence to MIL-STD-2073-1E for packaging, MIL-STD-129 for labeling and barcoding, and MIL-DTL-117 for UV-protective packaging, along with strict compliance with the OSHA Hazard Communication Standard and submission of Safety Data Sheets prior to award. Invoicing must be processed through the Wide Area WorkFlow system, and the Government retains full authority for inspection and acceptance at the delivery destination. The contract includes provisions for accelerated payments to small business subcontractors, prohibition of internal confidentiality agreements, and mandatory representations regarding small business status and use of covered telecommunications equipment. No formal evaluation factors or weighting were documented, and no attachments were listed. Contract administration details, including the contracting officer’s representative and payment office information, are not fully populated, with routing handled through DoDAACs within the WAWF environment.