HS Code for Aluminum powder

HS code 760310 is specifically assigned to aluminum powders of non-lamellar structure. This classification falls under Chapter 76, which covers aluminum and articles thereof. The term "non-lamellar" is critical, indicating that the aluminum particles do not have a flat, flaky, or leaf-like shape. Instead, they typically exhibit a more granular, spherical, or irregular morphology. This distinction is important because the physical structure of aluminum powder dictates its properties and applications, separating it from lamellar powders (flakes) which are often used for different purposes, such as pigments or reflective coatings.

Products Included

• Granular aluminum powder
• Atomized aluminum powder
• Spherical aluminum powder
• Irregularly shaped aluminum powder (non-flaky)
• Aluminum dust (if non-lamellar)
• Fine aluminum particles for metallurgical applications

Common Misclassification

The most common misclassification for 760310 is with HS code 760320, which covers aluminum powders of lamellar structure (aluminum flakes). The distinction between non-lamellar and lamellar is the primary criterion for classification within heading 7603. Misclassifying based on particle shape can lead to incorrect duties and regulations. Another potential confusion could be with aluminum oxide (281820), which is a chemical compound, not the metallic element in powder form. While aluminum powder can oxidize, 760310 is for the metallic powder itself. General residual categories like 761699 ("Other articles of aluminum") are inappropriate for specifically defined products like aluminum powder.

FAQ

What is the HS code for Aluminum powder?

The HS code for aluminum powder of non-lamellar structure is 760310.

What is the difference between lamellar and non-lamellar aluminum powder?

Lamellar aluminum powder (HS 760320) consists of thin, flat flakes, often used in applications requiring reflective properties, such as paints and pigments. Non-lamellar aluminum powder (HS 760310) has a more granular, spherical, or irregular particle structure and is typically used in metallurgy, pyrotechnics, or as a reducing agent.