UNSPSC 31142804: Urethane dip molding

Dip molding produced from various urethane compounds

UNSPSC 31142804 Urethane dip molding (Commodity) represents a specialized process for coating components through liquid immersion and curing, though recent state and local procurement activity under this code shows minimal engagement. The University of Southern Mississippi's Procurement and Contract Services posted a sealed-bid solicitation (3160008023, due May 12, 2026) for a 110-ton electric injection molding machine intended for the Mississippi Polymer Institute Processing Lab—a capital equipment acquisition that diverges substantially from the code's nominal scope of dip-molding services or products. The machine specifications call for a 40mm screw diameter, 171-gram shot size, and maximum barrel temperatures of 800 degrees Fahrenheit, with delivery and installation constraints (16-week lead time maximum, one day of installation and familiarization, three days of training, and one-year warranty with lifetime technical support). This appears to be a single higher-education research institution procuring manufacturing equipment rather than an active market for dip-molded goods or coating services across state and local agencies.

The source provides no evidence of broader state or local procurement activity under this code. Geographic coverage is limited to Mississippi. The mismatch between the code's stated scope and the actual equipment acquisition suggests that either this commodity code was applied erroneously or that state and local governments are not currently soliciting dip-molding services or products in sufficient volume to generate representative recent opportunities. Business development professionals evaluating this code should treat the current signal as one of low near-term activity, with the sole visible opportunity being a specialized one-time equipment purchase by a university research program rather than an indicator of sustained demand across municipal, county, state, or transit-authority procurement channels.