UNSPSC 39121724: Connector mounting hardware

Hardware used for mounting electrical connections.

UNSPSC 39121724 Connector mounting hardware, a Commodity code, covers fastening and assembly components that state and local governments procure as part of broader electrical, utility, and infrastructure maintenance operations. Recent solicitations show this code appearing alongside comprehensive MRO supply buys, electrical equipment procurements, and utility system upgrades where connector hardware forms one line item among dozens of electrical, mechanical, and construction materials. The City of Milpitas procured connector mounting hardware as part of a five-year blanket purchase order for MRO supplies under IFB 26-229 (bids due July 23, 2026), while Lubbock Power & Light, a Texas municipal utility, solicited anchor rods with eye connectors rated for 23,000 LBF tensile strength in an RFQ for electrical equipment (due July 15, 2026). Similar activity appears in school district electrical supply contracts across Florida and Texas, county water and utility operations, and municipal transit procurement. Issuing bodies are dispersed across state departments, county utilities and water districts, cities, school districts, and independent transit authorities, with no single buyer dominating the code.

Activity concentrates in Texas, Florida, and California, with scattered opportunities in Georgia, New Jersey, Wisconsin, and Minnesota. The code shows little standalone prominence—connector hardware surfaces as a commodity-level component within larger electrical system, utility operations, and facilities maintenance contracts rather than as a principal procurement focus. Recent opportunities typically embed this hardware within five-year facilities supply agreements, utility replacement programs, and infrastructure upgrades that span multiple categories and hundreds of line items. The prevalence of this code across MRO supply agreements, electrical equipment RFQs, and utility system modernization efforts suggests steady but modest demand from maintenance and operations teams rather than capital-project-driven spikes.