About HS Code 8112
HS Code 8112 is a comprehensive 'basket' heading for a group of strategically important and often rare non-ferrous metals: Beryllium, chromium, hafnium, rhenium, thallium, cadmium, germanium, vanadium, gallium, indium, and niobium (columbium), as well as articles thereof, including waste and scrap. These metals possess unique properties that make them indispensable in high-tech, specialized, and often dual-use applications. For example, beryllium is used in aerospace and nuclear applications, germanium in infrared optics and semiconductors, vanadium in high-strength steel, gallium and indium in electronics and displays, and rhenium and hafnium in superalloys for jet engines. The scope of this heading includes these metals in their raw and semi-finished forms (ingots, powders, bars, sheets, wires, tubes) and identifiable articles predominantly made of these metals, along with their respective waste and scrap for recycling. This heading is part of Chapter 81 ('Other base metals; cermets; articles thereof') and Section XV ('Base metals and articles of base metals'). Accurate classification is exceptionally critical due to the high value, strategic nature, and frequent dual-use potential of many of these metals, which are subject to stringent export controls, sanctions, and specific trade regulations globally. Understanding the specific properties and end-uses of each metal within this diverse group is paramount for compliance.
Products Under This Code
Beryllium metal, Beryllium alloys, Chromium metal, Chromium alloys, Hafnium metal, Hafnium alloys, Rhenium metal, Rhenium alloys, Thallium metal, Cadmium metal, Cadmium alloys, Germanium ingots, Germanium wafers, Vanadium metal, Ferrovanadium, Gallium metal, Gallium arsenide wafers, Indium metal, Indium tin oxide (ITO), Niobium (columbium) metal, Ferroniobium, Superconducting niobium-titanium wire, Beryllium oxide ceramics, Rhenium catalysts, Hafnium control rods, Germanium optical lenses, Gallium nitride substrates, Indium phosphide wafers, Vanadium pentoxide (as primary metal form), Waste and scrap of beryllium, Waste and scrap of chromium, Waste and scrap of hafnium, Waste and scrap of rhenium, Waste and scrap of thallium, Waste and scrap of cadmium, Waste and scrap of germanium, Waste and scrap of vanadium, Waste and scrap of gallium, Waste and scrap of indium, Waste and scrap of niobium (columbium)
Real World Examples
A Japanese electronics firm imports high-purity germanium wafers from Germany for the production of infrared sensors and fiber optic components, typically via air freight due to their value and fragility. A U.S. aerospace company sources hafnium alloys and rhenium metal from France and Kazakhstan for use in manufacturing high-temperature turbine blades for jet engines, subject to strict export control licenses. A Chinese steel producer imports ferrovanadium from Brazil to produce high-strength low-alloy (HSLA) steels for construction and automotive applications, usually transported by sea. A South Korean display manufacturer imports indium ingots from Canada for the production of Indium Tin Oxide (ITO) targets used in touchscreens and flat-panel displays, shipped by air or sea depending on urgency.
Common Misclassification
Due to the diverse nature of metals in HS 8112, misclassification is a significant risk. Common errors include confusing specific alloys of these metals with alloys of iron or other base metals (Chapter 72 or other Chapter 81 codes). Highly processed articles where these metals are a component, such as finished electronic devices (Chapter 85), optical elements (Chapter 90), or complex machinery parts (Section XVI), are often mistakenly classified under 8112 instead of their specific functional headings. For example, a gallium arsenide LED chip is an electronic component, not just 'gallium articles.' Distinguishing between the raw metal/primary article and a complex manufactured good where the metal contributes but does not define the essential character is critical, as is recognizing dual-use implications for many of these strategic materials.
Subheadings 17
Industry
This code belongs to the Metals & Metal Products industry.
Trade Overview
The major producers and consumers for each metal within 8112 are highly specialized and diverse. China is a significant producer of germanium, gallium, and indium. Russia and Kazakhstan are key for rhenium and hafnium. Brazil is a major source of niobium and vanadium. The USA, EU nations, and Japan are significant importers and processors across this range, particularly for high-tech industries. Many of these metals are designated as critical raw materials, leading to stringent export controls (e.g., for gallium, germanium, hafnium, and rhenium) and varying tariffs depending on the metal, its form, and specific trade agreements. Compliance with international sanctions and dual-use regulations is paramount for trade in these materials.
Frequently Asked Questions
What is HS code 8112?
HS code 8112 is a 4-digit heading in the Harmonized System that covers: Beryllium, chromium, hafnium, rhenium, thallium, cadmium, germanium, vanadium, gallium, indium and niobium (columbium), articles of these metals, including waste and scrap. HS Code 8112 is a comprehensive 'basket' heading for a group of strategically important and often rare non-ferrous metals: Beryllium, chromium, hafnium, rhenium, thallium, cadmium, germanium, vanadium, gallium, indium, and niobium (columbium), as well as articles thereof, including waste and scrap. These metals possess unique properties that make them indispensable in high-tech, specialized, and often dual-use applications. For example, beryllium is used in aerospace and nuclear applications, germanium in infrared optics and semiconductors, vanadium in high-strength steel, gallium and indium in electronics and displays, and rhenium and hafnium in superalloys for jet engines. The scope of this heading includes these metals in their raw and semi-finished forms (ingots, powders, bars, sheets, wires, tubes) and identifiable articles predominantly made of these metals, along with their respective waste and scrap for recycling. This heading is part of Chapter 81 ('Other base metals; cermets; articles thereof') and Section XV ('Base metals and articles of base metals'). Accurate classification is exceptionally critical due to the high value, strategic nature, and frequent dual-use potential of many of these metals, which are subject to stringent export controls, sanctions, and specific trade regulations globally. Understanding the specific properties and end-uses of each metal within this diverse group is paramount for compliance.
What products fall under HS code 8112?
Beryllium metal, Beryllium alloys, Chromium metal, Chromium alloys, Hafnium metal, Hafnium alloys, Rhenium metal, Rhenium alloys, Thallium metal, Cadmium metal, Cadmium alloys, Germanium ingots, Germanium wafers, Vanadium metal, Ferrovanadium, Gallium metal, Gallium arsenide wafers, Indium metal, Indium tin oxide (ITO), Niobium (columbium) metal, Ferroniobium, Superconducting niobium-titanium wire, Beryllium oxide ceramics, Rhenium catalysts, Hafnium control rods, Germanium optical lenses, Gallium nitride substrates, Indium phosphide wafers, Vanadium pentoxide (as primary metal form), Waste and scrap of beryllium, Waste and scrap of chromium, Waste and scrap of hafnium, Waste and scrap of rhenium, Waste and scrap of thallium, Waste and scrap of cadmium, Waste and scrap of germanium, Waste and scrap of vanadium, Waste and scrap of gallium, Waste and scrap of indium, Waste and scrap of niobium (columbium)
What are common misclassifications for HS code 8112?
Due to the diverse nature of metals in HS 8112, misclassification is a significant risk. Common errors include confusing specific alloys of these metals with alloys of iron or other base metals (Chapter 72 or other Chapter 81 codes). Highly processed articles where these metals are a component, such as finished electronic devices (Chapter 85), optical elements (Chapter 90), or complex machinery parts (Section XVI), are often mistakenly classified under 8112 instead of their specific functional headings. For example, a gallium arsenide LED chip is an electronic component, not just 'gallium articles.' Distinguishing between the raw metal/primary article and a complex manufactured good where the metal contributes but does not define the essential character is critical, as is recognizing dual-use implications for many of these strategic materials.
Which countries trade the most under HS code 8112?
The major producers and consumers for each metal within 8112 are highly specialized and diverse. China is a significant producer of germanium, gallium, and indium. Russia and Kazakhstan are key for rhenium and hafnium. Brazil is a major source of niobium and vanadium. The USA, EU nations, and Japan are significant importers and processors across this range, particularly for high-tech industries. Many of these metals are designated as critical raw materials, leading to stringent export controls (e.g., for gallium, germanium, hafnium, and rhenium) and varying tariffs depending on the metal, its form, and specific trade agreements. Compliance with international sanctions and dual-use regulations is paramount for trade in these materials.
How is HS code 8112 structured?
HS code 8112 is a 4-digit heading under Chapter 81 of the Harmonized System. The first 2 digits (81) identify the chapter, and digits 3-4 (12) specify the heading. This code contains multiple 6-digit subheadings for precise product classification.