66--DETECTOR KIT,AUTOMO

Solicitation will result in a Commercial Indefinite Delivery Contract IAW FAR 13.5, having a base period of three years plus two one-year option years. The final contract award decision may be based upon a combination of price, past performance, and other evaluation factors as described in the solicitation. The solicitation date anticipated to be February 15, 2023. A copy of the solicitation will be available via the DIBBS Website https://www.dibbs.bsm.dla.mil/ on the issue date cited in the RFP. From the DIBBS Homepage, select "Requests for Proposal (RFP) / Invitation for Bid (IFB)" from the menu under the tab "Solicitations." Then search for and choose the RFP you wish to download. RFPs are in portable document format (PDF). To download and view these documents you will need the latest version of Adobe Acrobat Reader. This software is available free at http://www.adobe.com. A paper copy of this solicitation will not be available to requestors. Surplus dealers, small business dealers and distributors (having existing stock of surplus or newly manufactured material) invited to respond to this synopsis. The response should include a completed surplus certificate, DLAD 52.211-9000, Government surplus Material or adequate traceability documentation to show that the product is acceptable. In addition, respondents should identify quantity available and price. The government may alter the acquisition strategy if purchase of existing surplus or newly manufactured inventory is in the best interest of the Government. NSN: 6635-00-244-9478 Description: Detector Kit, Water, Automotive-Aviation Fuel Approved Source: Cage 32218 Gammon Technical Products, Inc., P/N Aqua-Glo Series V; or P/N GTP-322 Terms are FOB Destination, Inspection and Acceptance at Destination. Stocked Item. QCC of DAB. Estimated Annual Demand Quantity 259 each, Minimum Quantity 65 each, and Maximum Quantity 259 each. Requested delivery of 72 days ARO. This NSN is commercial-of-type and will utilize solicitation and award procedures IAW FAR 13.5.