HS Code for Molybdenum powder

Molybdenum powder is classified under HS code 810210 because it represents the primary metallic form of molybdenum obtained through the chemical reduction of molybdenum oxides or molybdates. According to the General Rules of Interpretation (GRI) and the specific notes for Chapter 81, this code is dedicated to molybdenum in its powdered state, which is a critical raw material for powder metallurgy. The classification is determined by the physical state of the metal; once the powder is sintered into bars or rods, it moves to different subheadings. The purity of the molybdenum and its particle size distribution are key factors, though the HS code 810210 covers both pure and alloyed powders provided that molybdenum is the predominant element by weight. This classification ensures that the raw material is distinguished from semi-finished products and finished articles. The Harmonized System requires that powders be defined by their ability to pass through a specific mesh size, and molybdenum powder typically meets these criteria as a fine, granular substance used in the production of high-strength steel alloys and electronic components.

Products Included

• Pure molybdenum powder
• Alloyed molybdenum powder (predominantly molybdenum)
• Molybdenum metal grains
• Reduced molybdenum metal powder

Common Misclassification

Molybdenum powder is frequently confused with molybdenum oxides classified under HS code 282570. The distinction lies in the chemical state: 810210 is for the metallic form, while 282570 is for the chemical oxide. Additionally, it may be confused with unwrought molybdenum (810294), which refers to solid forms like ingots or billets that have not yet been worked, whereas 810210 is strictly for the powdered form.

FAQ

What is the HS code for Molybdenum powder?

The HS code for molybdenum powder is 810210, which covers the metal in its powdered form.

Is molybdenum powder considered a hazardous material for customs?

While not inherently explosive, molybdenum powder can be flammable in specific fine-particle states; however, its HS classification is based on its metallurgical properties rather than its safety profile.