HS Code for Benzene

Benzene is classified under Harmonized System (HS) code 290220 due to its fundamental nature as a cyclic hydrocarbon. HS Chapter 29 is dedicated to "Organic chemicals." Within this chapter, Heading 2902 specifically covers "Cyclic hydrocarbons." The subheading 290220 is precisely designated for "Benzene." This direct classification reflects benzene's well-defined chemical structure as the simplest aromatic hydrocarbon, consisting of a six-carbon ring with alternating double and single bonds. Its explicit mention within this subheading ensures accurate and consistent classification for international trade, distinguishing it from other cyclic hydrocarbons and their derivatives.

Products Included

• Pure benzene
• Benzene for industrial feedstock
• Benzene for chemical synthesis
• Refined benzene
• Petrochemical-grade benzene

Common Misclassification

Common misclassifications for benzene often involve other aromatic hydrocarbons or their derivatives. HS code 290230, which covers "Toluene," is sometimes confused. Toluene is an aromatic hydrocarbon, but it contains a methyl group attached to the benzene ring, making it chemically distinct. Similarly, HS codes 290241 (o-Xylene), 290242 (m-Xylene), and 290243 (p-Xylene) are for xylenes, which are dimethylbenzenes with two methyl groups, differentiating them from benzene. Another potential misclassification is HS code 290290, designated for "Other cyclic hydrocarbons." This is a residual category for cyclic hydrocarbons not specifically enumerated. Since benzene is explicitly named in 290220, it should not be classified under this general "other" category.

FAQ

What is the HS code for Benzene?

The HS code for benzene is 290220. This code specifically covers benzene as a cyclic hydrocarbon, ensuring its precise chemical classification in international trade.

What are the primary industrial uses of benzene?

Benzene is a crucial chemical feedstock, primarily used as a precursor in the production of other chemicals such as styrene, cumene, cyclohexane, and aniline, which are vital for plastics, resins, and synthetic fibers.