UNSPSC 10332007: Fresh cut candle pompon chrysanthemum

Fresh cut bloom of the candle variety of pompon chrysanthemum flowers

UNSPSC 10332007 Fresh cut candle pompon chrysanthemum is a Commodity code that shows limited recent state and local procurement activity aligned with its nominal scope. The five most recent opportunities posted under this code span landscape maintenance, irrigation installation, educational supplies, IT infrastructure, and hanging flower baskets — none of which directly involve fresh cut candle pompon chrysanthemums or floral retail procurement. The single opportunity with concrete landscape plantings focus — Fulton County, Georgia's South Fulton Maintenance & Operational Demonstration Garden ITB — specifies work with native grasses, trees, shrubs, perennials, rain gardens, and pollinator gardens but does not reference fresh cut flowers or chrysanthemums by variety. The issuing bodies represent a geographic and organizational mix: Fulton County (Georgia), Hillsborough County Public Schools (Florida), Region 7 Purchasing Cooperative (Texas), DeKalb County (Georgia), and Los Alamos County (New Mexico); they include a county government, a school district, a regional education cooperative, and a municipal county. None appear as repeat buyers under this code within the recent-opportunities window.

The geographic spread spans the Southeast (Georgia, Florida), South-Central (Texas), and Southwest (New Mexico) regions, with no clear concentration. No recent state or local procurement activity reflects demand for fresh cut candle pompon chrysanthemums as a supply line or vendor service. The code's nominal commodity classification — a specific cut-flower variety — does not align with the landscape maintenance, irrigation, education supplies, and infrastructure work actually tagged under it in recent solicitations. A vendor evaluating pursuit under this code should treat it as inactive for state and local contracting purposes and monitor higher-tier codes (UNSPSC 10330000 Cut flowers and flower arrangement materials) for related demand signals.