High-Purity Osmium Pellets
Small, pressed pellets of pure osmium used as starting material for evaporation and thin-film deposition. Classified as unwrought under HTS 7110.41.00.20 since no significant working beyond consolidation has occurred.
Import Duty Rates by Country of Origin
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If pellets contain trace platinum group alloys
Predominant metal determines alloy classification per note 5.
If sold as lab reference standard with calibration cert
Articles for laboratory use may classify under Chapter 90.
Not sure which classification is right?
The Tariff Assistant works through the GRI rules on your specific product to reach the right HTS code — and can price the duty on it in the same conversation.
Import Tips & Compliance
• Submit XRF or ICP analysis reports verifying osmium purity over 99.5%
• Avoid describing as 'evaporation material' which could trigger end-use scrutiny
• Package securely; osmium's extreme density requires reinforced containers
Related Products under HTS 7110.41.00.20
Unwrought Osmium Ingot
Pure osmium metal in the form of cast ingots, not having been subjected to any processes beyond melting and solidification. Classified under HTS 7110.41.00.20 as unwrought osmium, a platinum group metal in its basic raw form prior to further manufacturing.
Osmium Powder 99.9% Pure
Finely divided osmium metal powder where 90% or more passes through a 0.5 mm sieve, used in alloying and catalysis. Falls under HTS 7110.41.00.20 as osmium in powder form, explicitly defined in subheading notes for platinum group metals.
Cast Osmium Sponge
Porous osmium sponge produced by reduction processes, considered unwrought as it requires further refining before fabrication. HTS 7110.41.00.20 covers such basic forms of osmium, a dense platinum group metal used in alloys.
Electrolytic Osmium Cathodes
Cathode deposits of osmium from electrolytic refining, in plate form but still unwrought. HTS 7110.41.00.20 applies to such refined but unworked osmium metal.