Radcon BPA FY 25 RFQ

The Naval Supply Systems Command (NAVSUP) Nuclear Supply Chain Management Directorate has issued a Request for Information (RFI) and Special Notice for a Blanket Purchase Agreement (BPA) focused on Radiological Containment (RADCON) products with a Federal Supply Code of 4235. This procurement opportunity, designated RADCON BPA FY 25 RFQ, is reserved exclusively for small business concerns and was posted on January 13, 2026. The RFI serves as a market research tool to identify qualified small business suppliers capable of meeting the Navy's nuclear propulsion system requirements. NAVSUP WSS is responsible for provisioning, procurement, and quality assurance of all components within the Navy's nuclear reactors, and this solicitation seeks to expand its supplier base in this specialized sector. The opportunity underscores the Navy's commitment to maintaining a robust and competitive supply chain for its nuclear propulsion program.

Small businesses interested in this opportunity must submit white papers not exceeding 25 pages by the February 12, 2026 deadline at 1700 EDT, detailing their past performance in supplying high-quality valves and valve components for nuclear applications. Interested parties must demonstrate comprehensive quality assurance systems, technical capabilities, production capacity, and financial stability through a pre-award survey process. Eligibility is restricted to small business concerns with documented experience supplying nuclear-grade components and the ability to meet stringent nuclear industry standards, packaging requirements, and security restrictions. The BPA will establish agreements with multiple suppliers, with individual purchase orders capped at $250,000, and will prioritize vendors demonstrating proven reliability, competitive pricing, and successful performance history in nuclear component supply. This procurement vehicle provides small businesses an opportunity to become valued NAVSUP WSS suppliers and support the Navy's critical nuclear propulsion mission.