SITCSection 5
U.S. imports of rare-earth metal compounds of yttrium or scandium (SITC 52595) totaled $24.4M in April 2026, traded with 22 countries.
Importers of Rare-Earth Metal Compounds of Yttrium or Scandium paid $743K in duties in April 2026 — an effective duty rate of 4.0% on $18.7M in dutiable value, based on actual customs collections rather than the published tariff schedule. Rare-Earth Metal Compounds of Yttrium or Scandium imports of $24.4M in April 2026 ran 19% below the year-to-date monthly average of $30.1M.
Last updated: April 2026 dataYttrium and scandium compounds occupy a strategically sensitive corner of the rare-earth supply chain, with yttrium oxide widely used in phosphors for LED lighting and display panels, yttrium-stabilized zirconia in thermal barrier coatings and solid oxide fuel cells, and scandium oxide as an alloying agent in high-strength aluminum alloys for aerospace and sporting goods. China has historically dominated global rare-earth processing, making supply concentration a recurring concern for US manufacturers dependent on these compounds. Section 301 tariff measures have applied to certain rare-earth compound imports from China, adding a cost layer that has accelerated interest in alternative sources. Importers should monitor both tariff classification and any applicable trade-remedy orders when sourcing these materials.
AI-written summary of the official U.S. Census Bureau trade figures on this page — verify before relying on it.
Yttrium and scandium are grouped with the rare-earth metals by chemical convention despite not being lanthanides. This heading specifically captures inorganic or organic compounds and mixtures of yttrium or scandium, distinguishing them from the broader lanthanide rare-earth compounds classified elsewhere. When a product is a mixed rare-earth compound containing yttrium alongside lanthanides, the predominant constituent and the specific chemical form determine the correct heading, and a binding ruling may be advisable for novel formulations.
Scandium is one of the scarcest commercially traded rare-earth elements, with primary production as a byproduct of titanium, uranium, and nickel refining rather than from dedicated mines. This byproduct dependency means supply is inelastic and can be disrupted by changes in the primary metal markets. The limited number of commercial-scale scandium oxide producers globally creates concentration risk, and long-term offtake agreements or strategic inventory are common risk-mitigation strategies for aerospace-grade aluminum alloy manufacturers.
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Monthly import values over time