UNSPSC 40174108: Copper pipe socketweld flange

Pipe socketweld flange made of copper

UNSPSC 40174108 Copper pipe socketweld flange is a Commodity code that covers mechanical joint restraining devices, flanged fittings, and related water and wastewater piping components used in municipal infrastructure projects. State and local governments procure these products primarily for water distribution systems, wastewater networks, and general utility piping applications. Issuing bodies include water utilities, city and county procurement departments, and public works divisions serving multiple departments. The solicitations show activity across municipal water services, county utilities, and city-wide infrastructure programs that maintain and rehabilitate existing pipe networks and support new construction projects.

Recent opportunities span Arizona, California, and Florida. The City of Phoenix Water Services Department issued an IFB for water pipe and miscellaneous fittings (including flanges and related components) for a five-year contract effective May 1, 2026, with a non-mandatory pre-offer conference on February 4, 2026, and sealed offers due February 19, 2026. Palm Beach County Board of County Commissioners issued IFB #26-038/RR for mechanical joint restraining devices in two lots (ductile iron pipe and PVC) with sealed bids due June 4, 2026, and an anticipated contract value of $200,000 over twelve months. The City of Tampa's Purchasing Department issued RFQ 26-P-00152 for Standard Class 125 flanged fittings with responses due February 25, 2026, benefiting from a local SLBE preference and certified vendor TLD LLC. Santa Clara County solicited the Central Expressway Pavement Rehabilitation Project (ITB ITBRDAFY260694) due May 21, 2026, which includes extensive utility work alongside pavement rehabilitation. Palm Beach County offers a ten percent price preference for SBE-certified bidders and five percent local preference, while the City of Phoenix requires DBE compliance and advanced background screening at the maximum risk level.