UNSPSC 10332000: Fresh cut novelty chrysanthemums

Fresh cut bloom of novelty chrysanthemums

UNSPSC 10332000 Fresh cut novelty chrysanthemums is a Class code, but state and local procurement activity under this code designation shows minimal relevance to the nominal commodity scope. Recent solicitations tagged with this code encompass educational supplies catalogs, IT infrastructure installation, hanging flower basket design and maintenance, and general plant purchases — none of which align specifically with fresh cut chrysanthemum procurement. The code appears to reflect a taxonomy mismatch between how state and local issuing bodies classify opportunities and the UNSPSC hierarchy, with buyers using broader plant and horticultural service categories rather than specific cut-flower commodities.

State and local governments sourcing under this code include county parks and recreation divisions, municipal procurement offices, and cooperative purchasing vehicles serving school districts. Los Alamos County and the City of Dallas each posted one opportunity in the past six months, while Region 7 Purchasing Cooperative in Texas and DeKalb County in Georgia posted solicitations for unrelated categories. Recent activity appears concentrated in Texas and New Mexico, though the sample is too small to signal meaningful geographic concentration. Los Alamos County's RFP26-55 for hanging flower basket design and maintenance (RFP, proposals due June 4, 2026) represents the closest match to horticultural procurement; the City of Dallas's informal solicitation for plants (IFS 215260, proposals due February 3, 2026) is the only post-award record. Neither solicitation specifically targets chrysanthemums, and both treat plants as ancillary to broader municipal or parks operations rather than as a distinct commodity category. The code shows little recent relevant activity; firms pursuing fresh cut flower supply to state and local buyers should verify current commodity coding with individual procurement offices rather than relying on UNSPSC 10332000 as a consistent discovery mechanism.