HS Code for Rubber tubing

HS code 4009.11 is designated for tubes, pipes, and hoses made of vulcanized rubber (excluding hard rubber). The primary classification criteria for this specific subheading are that the rubber must not be reinforced or otherwise combined with other materials, such as metal or textile fibers, and it must be presented without fittings. This code is part of Chapter 40, which encompasses rubber and articles thereof. The classification depends heavily on the material composition and the absence of structural reinforcements. If the tubing contains any internal braiding or external wire wrapping, it would move to a different subheading within 4009. Similarly, the presence of attached couplings or connectors would disqualify it from 4009.11. The product must be made of vulcanized rubber; unvulcanized rubber products are classified under heading 4005 or 4006. The term \"tubing\" refers to hollow products, whether or not they are used for the conveyance of gases or liquids, provided they have the essential character of pipes or hoses.

Products Included

• Pure vulcanized rubber hoses for fluid transfer
• Flexible rubber tubing for laboratory use
• Non-reinforced rubber sleeves
• Industrial rubber pipes without metal or textile layers
• Unreinforced automotive vacuum hoses without connectors

Common Misclassification

This code is frequently confused with 4009.12, which covers the same rubber tubing but includes attached fittings. It is also often mistaken for 3917, which covers tubes and hoses made of plastics. The distinction between rubber (Chapter 40) and plastic (Chapter 39) is based on the definition of elastomers in the legal notes. Furthermore, if the tubing is reinforced with metal, it must be classified under 4009.21, and if reinforced with textiles, under 4009.31.

FAQ

What is the HS code for rubber tubing?

The HS code for vulcanized rubber tubing that is not reinforced and has no fittings is 4009.11.

How do I distinguish between rubber and plastic tubing for HS classification?

Classification depends on the material's chemical composition. Rubber (Chapter 40) typically refers to materials that can be vulcanized, while plastic (Chapter 39) refers to polymers that do not meet the specific ASTM or ISO definitions of synthetic rubber.