HS Code for Tap

Taps, including faucets and similar appliances used for regulating the flow of liquids or gases, are classified under HS code 8481.80. This classification is based on the functional nature of the product as a mechanical appliance for regulating the flow of fluids. Heading 8481 covers "Taps, cocks, valves and similar appliances for pipes, boiler shells, tanks, vats or the like, including thermostatically controlled valves." This is a very broad heading that encompasses everything from simple household kitchen faucets to complex industrial valves used in oil pipelines. The classification is determined by GRI 1 and GRI 6. Sub-heading 8481.80 is a residual category for "Other appliances" that are not pressure-reducing valves, valves for oleohydraulic or pneumatic transmissions, or check valves. Whether the tap is made of chrome-plated brass, stainless steel, or plastic, the classification remains 8481.80 because the function of the device (controlling fluid flow) is the primary characteristic for classification in Chapter 84. This heading also includes mixer taps, which combine hot and cold water streams, and taps with electronic sensors for touchless operation.

Products Included

• Kitchen sink faucets
• Bathroom mixer taps
• Outdoor hose bibbs
• Industrial stopcocks
• Thermostatic mixing valves

Common Misclassification

Taps are frequently misclassified under HS code 7324.90, which covers sanitary ware and parts thereof of iron or steel. While a tap is used with sanitary ware (like a sink), it is a mechanical valve and must be classified in Chapter 84. Another common error is using 3924.90 for plastic taps, but the functional heading 8481 always takes precedence over the material-based heading.

FAQ

What is the HS code for Tap?

The standard HS code for a water tap or faucet is 8481.80.

Does the HS code change for electronic sensor taps?

No, electronic or battery-operated sensor taps are still classified under 8481.80 because their primary function is that of a valve, regardless of the automated actuation mechanism.