The Naval Surface Warfare Center Carderock Division (NSWCCD) is soliciting quotes for forged die casts, emphasizing small business participation under the NAICS code 332111, which accommodates businesses with up to 750 employees. This procurement is set aside for small businesses and will be awarded based on the Lowest-Priced, Technically Acceptable (LPTA) methodology to ensure best value for the government. Interested vendors must submit all questions by March 06, 2025, with final quotes due by March 10, 2025, at specified times. Submissions should include necessary company details such as official name, point of contact, and Cage code, with inquiries directed to Michael Bonaiuto via email. The document reflects standard practices in government requests for proposals (RFPs) by outlining requirements for bids while promoting small business engagement in federal contracts.
The document outlines a Federal Request for Proposal (RFP) for the procurement of two forged HY-80 standard test dies by the Naval Surface Warfare Center Carderock Division. The test dies, required for research and development purposes, are intended to enhance capabilities for explosion bulge testing. Each die must adhere to specific dimensions and tolerances as detailed in provided technical drawings and must be delivered to Bethesda, MD, within a timeline of 20 weeks after contract award.
The RFP specifies crucial inspection and acceptance terms, delivery requirements, and addresses the need for necessary certifications from the contractor regarding materials and manufacturing practices. Additionally, it emphasizes that participating vendors must have access to Controlled Unclassified Information (CUI) and provides a detailed list of clauses incorporated by reference regarding federal procurement regulations.
The overall aim of the contract is to maintain testing efficiency and readiness by ensuring a backup die is available, thereby reducing downtime during maintenance. This procurement supports broader DoD initiatives aimed at improving material processing and testing efficiency in naval applications.