8467.29.00.80 - Electropneumatic rotary and percussion hammers
Details
| Field | Value |
|---|---|
| Unit of Quantity | No. |
| General Rate of Duty | Free |
| Special Rate of Duty | N/A |
| Column 2 Rate of Duty | 35% |
| Quota Quantity | N/A |
| Additional Duties | N/A |
Overview
This HTS classification covers electropneumatic tools designed for rotary and percussion hammering operations. These tools are characterized by their self-contained electric motor powering both a rotational mechanism and a hammering action. Examples include rotary hammers and demolition hammers that utilize a combination of rotation and impact to break apart materials such as concrete, masonry, or rock. The defining feature is the integration of electrical power with pneumatic action for drilling, chiseling, or breaking applications.
Distinguishing this category from its siblings, it specifically focuses on tools employing both rotary and percussion actions powered by an electric motor. Other sibling categories within "Other" under "With self-contained electric motor" cover distinct tool functions. For instance, while screwdrivers, nut-runners, and impact wrenches (8467.29.00.40) also utilize electric motors and can deliver impact, their primary function is fastening, not material removal through hammering. Similarly, grinders, polishers, and sanders, routers, planers, and grass/weed trimmers each have unique operational mechanisms and intended uses that differentiate them from the specialized rotary and percussion hammers classified here.
As a leaf node in the HTS structure, 8467.29.00.80 represents a specific and final classification for this type of tool. Therefore, classification within this code relies on confirming that the tool meets the criteria of being electropneumatic with both rotary and percussion functions driven by an internal electric motor, and that it does not fall under any more specific subheadings. This eliminates the need to introduce subcategories and emphasizes precise identification based on the tool's operational capabilities and power source.