UNSPSC 40172603: Cast iron pipe coupling

Pipe coupling made of cast iron

UNSPSC 40172603 Cast iron pipe coupling, a Commodity code, sees sparse recent state and local activity with minimal alignment to the code's nominal scope. The three recent opportunities that reference this code involve water and sewer materials procurement across utility authorities and municipal water departments, but only one—Jackson County Utility Authority's South Central Septic Abatement Project (RFQ 3170036136, due July 8, 2026)—names cast iron pipe coupling explicitly as part of materials needed. The remaining solicitations posted under the code (Volusia County's Materials for Water and Sewer Operations, City of Phoenix's Water Pipe and Miscellaneous Fittings, and Franklin County's Water System Improvements) center on broader water infrastructure components such as stainless steel bypass spools, ductile iron flanged fittings, gate valves, hydrants, and pumping equipment, with no direct reference to cast iron couplings in their scopes. This pattern suggests either systematic miscoding in state and local procurement databases or a very narrow use case for the commodity within utilities operations.

Issuing bodies soliciting materials under related codes include water utilities (Jackson County Utility Authority, Volusia County, City of Phoenix Water Services Department, Franklin County), though the code shows no repeat buyers or concentrated demand. Geographic activity appears limited to the Southeast and Southwest—Georgia, Florida, Arizona—with no clustering pattern evident. The Jackson County opportunity is RESTORE-grant-funded and requires BABA certification, which may signal environmental remediation or disaster-recovery contexts where cast iron couplings could be specified. Without additional recent solicitations naming cast iron pipe coupling directly, the code represents a low-activity, fragmented market that merits monitoring for septic or wastewater abatement projects in utility-heavy jurisdictions but does not justify immediate pursuit based on current pipeline visibility.