UNSPSC 51241929: Vitamin a/vitamin d/vitamin e

This classification denotes a combination drug defined by the U.S. Department of Veterans Affairs in its (VA's) National Drug File (NDF), which falls under VA Drug Class DE350. This VA Drug Class (DE350) classifies this compound as belonging to the group EMOLLIENTS.

UNSPSC 51241929 Vitamin A/Vitamin D/Vitamin E is a Commodity code with little relevant recent activity aligned to its stated scope. The two most recent state and local opportunities tagged to this code show a significant mismatch: the City of Austin's IFB 2200 CSH1061 solicits liquid aluminum sulfate (alum) for wastewater treatment phosphorus removal, and the City of Tampa's ITB 25-P-00157 solicits medical aid supplies including bandages, antiseptic sprays, hydrogen peroxide, and first aid kits for the Fire Rescue Department. Neither opportunity involves vitamins or vitamin supplements. The alum procurement is a chemical commodity for municipal water treatment infrastructure; the medical supplies procurement covers consumable first aid and over-the-counter medical items for emergency response. This tagging pattern suggests the code may be applied inconsistently across state and local procurement systems, or the opportunities were misclassified during posting.

Without recent opportunities that directly align to vitamin or nutritional supplement procurement under this code, visibility into state and local demand patterns is limited. If the code does reflect genuine vitamin procurement activity, the issuing bodies and geographic scope remain unclear from available recent records. Business development professionals evaluating this Commodity code should verify whether their target customers (state health departments, school districts, or other agencies with nutritional procurement mandates) use this specific code in their requisition and solicitation workflows, and consider requesting historical or pipeline opportunity data directly from procurement offices to establish whether vitamin and micronutrient purchases occur with meaningful frequency in their target geographies.