UNSPSC 31111700: Cold extrusions

UNSPSC 31111700 Cold extrusions, a Class code, does not align with the state and local procurement activity tagged under it in the source. The recent opportunities posted under this code span window and glazing services, automotive glass components and windshield repair, building door replacement, and transit fleet mirror assemblies — none of which constitute cold extrusion manufacturing or products. The source shows a mismatch between code classification and actual solicitation scope, suggesting that state and local procurement systems are applying this code to glazing, glass, and window assembly work that falls outside the traditional definition of cold-extruded metal stock or shapes.

The recent activity identifies five distinct issuing bodies: the Town of Berlin, Connecticut (window and glazing services via RFP, due June 25, 2026); the Dallas Area Rapid Transit Authority in Texas (multiple spare parts procurements including mirror assemblies and windshield components via competitive bid, with response windows of 2–4 days posted between March and May 2026); Ingham Intermediate School District in Michigan (door replacement via ITB, due May 21, 2026); the State of New Jersey Department of the Treasury (automotive glass repair and replacement services statewide, due June 24, 2026, with a partial SBE set-aside); and the City of Phoenix Housing Department (multi-family window replacement via RFP, due May 11, 2026). The Orlando Utilities Commission also appears with wet glazing services for a specific commercial building. Geographic spread includes Connecticut, Texas, Michigan, New Jersey, Arizona, and Florida. The code shows recent procurement activity but primarily reflects building envelope, fleet component, and automotive glass work rather than cold extrusion products. Firms pursuing state and local opportunities under this code should verify that their glazing, window assembly, or automotive glass service offerings align with actual solicitation language, as the UNSPSC classification appears inconsistently applied.