HS Code for Orthoxylene

Orthoxylene, also known as o-xylene, is classified under HS code 2902.41. This classification is found within Chapter 29, which is dedicated to organic chemicals. Heading 2902 covers cyclic hydrocarbons, a group of organic compounds consisting of carbon and hydrogen atoms arranged in a ring structure. Within this heading, the xylenes (dimethylbenzenes) are grouped under subheading 2902.4. The specific isomer orthoxylene is further isolated into its own subheading, 2902.41. To be classified here, the orthoxylene must be a separate chemically defined compound, meaning it must meet specific purity standards. If the product is a mixture of xylene isomers where no single isomer predominates or if it is a crude petroleum-derived product not meeting chemical purity standards, it would be classified elsewhere. The classification logic is governed by General Interpretative Rule 1, which prioritizes the terms of the headings and subheadings. Since 2902.41 explicitly names orthoxylene, it is the definitive code for the pure chemical isomer used in industrial applications such as the production of phthalic anhydride.

Products Included

• Pure orthoxylene (o-xylene)
• Orthoxylene for chemical synthesis
• Industrial grade orthoxylene with isomer purity exceeding 95%
• Reagent grade o-xylene for laboratory use

Common Misclassification

Orthoxylene is frequently confused with mixed xylene isomers classified under HS code 2902.44. While 2902.41 is specific to the ortho-isomer, 2902.44 is used for mixtures of isomers. Additionally, if the product is a crude solvent derived from coal tar distillation rather than a chemically defined compound, it may fall under HS code 2707.30 (Xylols). Importers must verify the purity and isomer distribution to distinguish between these codes.

FAQ

What is the HS code for Orthoxylene?

The HS code for Orthoxylene is 2902.41.

What is the difference between HS code 2902.41 and 2902.44?

HS code 2902.41 is reserved for the specific isomer orthoxylene, whereas 2902.44 is used for mixed xylene isomers where no single isomer is specified or dominant.