About HS Code 810610
This specific HS code covers high-purity bismuth, both in its unwrought forms and as articles, including waste and scrap, provided the bismuth content exceeds 99.99% by weight. Bismuth is a unique metal known for its low melting point, diamagnetic properties, and non-toxicity, making it a substitute for lead in many applications. International trade in high-purity bismuth is crucial for specialized industries such as pharmaceuticals, cosmetics, low-melting alloys, and advanced electronics (e.g., thermoelectric materials). Importers are typically countries with advanced manufacturing capabilities in these niche sectors. Exporters often include nations with primary bismuth production or sophisticated refining operations capable of achieving such high purity levels. Key aspects of this trade include stringent quality control for purity, specific forms (ingots, shot, powder), and packaging to prevent contamination. The demand for high-purity bismuth is driven by its unique properties and its role in environmentally friendly alternatives to lead.
Products Under This Code
High-purity bismuth ingots, Bismuth shot (99.999%), Bismuth powder (99.99%), Bismuth telluride (high purity), Bismuth subsalicylate (raw material), Bismuth waste (high purity), Bismuth scrap (high purity)
Real World Examples
Pepto-Bismol raw material, Low-melting point solder bismuth, Thermoelectric module bismuth, High-purity bismuth for semiconductor doping, Bismuth crystal for research
Common Misclassification
This code is distinguished from 810690 (Bismuth; including articles n.e.c. in heading 8106, including waste and scrap, containing less than or equal to 99.99% of bismuth) solely by the purity threshold, making precise chemical analysis critical for classification.
Products Classified Under 8106.10
Industry
This code belongs to the Metals & Metal Products industry.
Trade Overview
China, USA, and Japan are significant players in both importing and exporting high-purity bismuth.
Frequently Asked Questions
What is HS code 810610?
HS code 810610 covers: Bismuth; articles thereof, including waste and scrap, containing more than 99.99% of bismuth, by weight. This specific HS code covers high-purity bismuth, both in its unwrought forms and as articles, including waste and scrap, provided the bismuth content exceeds 99.99% by weight. Bismuth is a unique metal known for its low melting point, diamagnetic properties, and non-toxicity, making it a substitute for lead in many applications. International trade in high-purity bismuth is crucial for specialized industries such as pharmaceuticals, cosmetics, low-melting alloys, and advanced electronics (e.g., thermoelectric materials). Importers are typically countries with advanced manufacturing capabilities in these niche sectors. Exporters often include nations with primary bismuth production or sophisticated refining operations capable of achieving such high purity levels. Key aspects of this trade include stringent quality control for purity, specific forms (ingots, shot, powder), and packaging to prevent contamination. The demand for high-purity bismuth is driven by its unique properties and its role in environmentally friendly alternatives to lead.
What products fall under HS code 810610?
High-purity bismuth ingots, Bismuth shot (99.999%), Bismuth powder (99.99%), Bismuth telluride (high purity), Bismuth subsalicylate (raw material), Bismuth waste (high purity), Bismuth scrap (high purity)
What are common misclassifications for HS code 810610?
This code is distinguished from 810690 (Bismuth; including articles n.e.c. in heading 8106, including waste and scrap, containing less than or equal to 99.99% of bismuth) solely by the purity threshold, making precise chemical analysis critical for classification.
How is HS code 810610 structured?
HS code 810610 is a 6-digit subheading under the Harmonized System. The first 2 digits (81) identify the chapter, digits 3-4 (06) identify the heading, and digits 5-6 (10) specify the subheading. This code is standardized globally by the World Customs Organization.