Opportunity
CanadaBuys #W8482-264385/B
Procurement of Safety Relief Valves for Halifax-Class Naval Vessels
Posted
April 28, 2026
Respond By
May 15, 2026
Identifier
W8482-264385/B
NAICS
332911
National Defence Canada is seeking bids for the supply and delivery of safety relief valves for Halifax-class naval vessels. - Government Buyer: - Department of National Defence (DND), Materiel Acquisition and Support Officer (Matthew Houle) - Sub-agency: D MAR P 9-2-2-2 / DO Mar 9-2-2-2 - OEM Highlight: - Leslie Controls, Inc. (NCAGE 35795) is the specified Original Equipment Manufacturer for the safety relief valves - Products Requested: - Six (6) safety relief valves, part number YB2385J423 - 3 units to be delivered to CFB Halifax - 3 units to be delivered to CFB Esquimalt - Valves must be new, current production items and meet technical standards (adjustable pressure range 20.0 to 35.0 psi, copper alloy body, nickel alloy seat and stem, flange connections) - Notable Requirements: - Equivalent or substitute products are permitted if full brand, model, part number, and NCAGE are provided and technical requirements are met - Emphasis on Canadian or eligible trade partner suppliers - Detailed packaging, marking, and quality assurance standards apply - Selection based on lowest price through competitive open bidding - Delivery Locations: - CFB Halifax (Main Warehouse Bldg D206, HMC Dockyard, Halifax, NS) - CFB Esquimalt (Bldg 66 Colwood, Victoria, BC) - Contract Period: - Deliverables required by March 31, 2027, with possible date adjustments; contract extends through warranty period
Description
The Department of National Defence requires safety relief valves to be delivered to CFB Halifax and CFB Esquimalt. The procurement involves 3 units for each location, with specific part numbers and manufacturer details provided. Bidders may propose equivalent or substitute products but must specify brand and model details. The contract duration is estimated at 18 months, and the procurement method is competitive open bidding with selection based on the lowest price.