UNSPSC 31381539: Plastic bonded injection molded off tool isotropic ferrous aluminum nickel cobalt magnet

Injection molded isotropic ferrous aluminum nickel cobalt magnet that has been Injection molded off-tool and plastic bondedoff-tool

UNSPSC 31381539 Plastic bonded injection molded off tool isotropic ferrous aluminum nickel cobalt magnet is a Commodity code, though the recent state and local activity under it does not cleanly track to the code's nominal scope. A Texas A&M University System ITB posted in October 2026 solicits stainless steel diaphragm plates — a stainless ferrous component unrelated to the magnetic-alloy composition the code describes. The mismatch suggests either that the code was applied incorrectly to the opportunity or that state procurement offices are using this Commodity code more broadly for ferrous metal components and stamped or fabricated metal parts than the code's specific definition implies. State and local governments buying under this code appear to source fabricated metal subcomponents for larger assemblies or systems, though the single recent posting provides limited visibility into the broader pattern of activity.

The Texas A&M University System is the only recent issuer on record under this code. The ITB for stainless steel diaphragm plates (TAMUS-ITB-26-0547) closes October 28, 2026, with all bidding activity and addenda managed through the AggieBid portal. Prospective vendors must register electronically and submit through AggieBid; questions and technical support route to Sterling Crowdus at soprocurement@tamus.edu and vendorhelp@tamu.edu respectively. The source does not disclose quantities, pricing, contract duration, anticipated award timing, site visits, or set-asides. Given the sparse recent-opportunity record, the code shows minimal current activity in state and local procurement; firms evaluating this Commodity should verify whether their product offerings genuinely align with the magnetic-alloy specification or whether the underlying demand lies in the broader ferrous metal component space that the recent posting suggests.