Common HS Codes for Electronics Items and Their Duty Rates

The global electronics trade is massive and complex, making proper classification essential. Harmonized System (HS) codes serve as the universal language of customs, ensuring products are correctly identified and taxed. In the United States, with an electronics market valued at nearly $94.93 billion in 2024, importers face a maze of tariffs and regulations in this sector. In this article, we’ll explore common HS codes for electronic items, the duty rates they carry, and why accurate coding matters for anyone importing electronic components or parts.

Understanding HS Codes for Electronics Components

HS codes are standardized numeric codes used worldwide to classify traded products. Think of them as an international product dictionary for customs. All countries use the same first six digits (the HS code proper) to denote a product’s category, and many extend these codes further for national details (the US, for example, uses 10-digit HTS codes). The World Customs Organization revises the HS every five years to keep pace with technological change, so these codes are updated periodically. For electronics, HS codes typically fall under Chapter 85 (Electrical machinery and equipment), which includes everything from semiconductors to smartphones.

Understanding HS codes is crucial because they determine more than just nomenclature, they directly tie to the tariffs and taxes due. HS (and HTS/HTSUS) codes are linked to specific duty rates in each country’s tariff schedule. Customs authorities rely on these codes to apply the correct import duty, gather trade statistics, and enforce regulations. Accurate classification of an electronic component ensures compliance and prevents surprises at the border.

What’s the Difference Between an Electronic Component HS Code and an Electronic Parts HS Code?

When classifying electronics, there’s often a subtle distinction between “components” and “parts.” Electronic components usually refer to basic elements and building blocks of devices, like integrated circuits, resistors, capacitors, LEDs, and so on. These typically have their own specific HS codes based on their function. For instance, integrated circuit chips fall under heading 8542, while LEDs might be classified under 8541. 

Electronic parts, on the other hand, often denote parts or accessories of finished electronic goods. These could include items like printed circuit boards, control panels, or device-specific assemblies, which sometimes are classified under the broader equipment’s code if they are recognizably parts of that equipment.

In practice, distinguishing between a “component” and a “part” can affect the HS code selection. For example, a bare printed circuit board (PCB) has a dedicated code (HS 8534 for printed circuits) while an assembled control panel might fall under HS 8537 as an assembly for electrical control. Even certain advanced boards that include chips could be classified as electronic integrated circuits (HS 8542) if they function as such. The key is understanding whether the item is a generic component used across many devices or a part intended for a specific device. 

In short, components have standalone codes, while parts sometimes must be classified in context, making careful analysis crucial. 

Most Common HS Codes for Electronics Items

The electronics sector runs on a core set of widely used HS codes. These codes cover the essential components and devices that drive modern supply chains, from semiconductors to PCBs and networking gear. Here are some of the most common ones:

Note: Duty rates reflect MFN baselines. Additional tariffs, such as Section 301 or reciprocal duties, may apply based on origin and trade actions.

Duty Rates Associated with Electronics Items

Duty rates for electronics can vary dramatically depending on the specific item and trade policies in effect. Under normal conditions, many electronic products carry low import tariffs. The global trend, especially among advanced economies, has been toward minimal duties on tech products, thanks in part to agreements like the WTO’s Information Technology Agreement, which eliminated tariffs on categories like computers, semiconductors, and telecom gear among signatory countries. The result is that a lot of consumer electronics (phones, laptops, etc.) enter markets like the US at 0% duty or only a few percent.

However, not all electronics are tariff-safe. Trade policies and tariff actions in recent years have imposed additional duties on certain electronics, especially those from specific countries. The US-China trade war is a prime example: beyond the base HS tariff rate, many China-origin electronic components have been hit with layers of extra tariffs. As of early 2025, most electronics imported from China were subject to a 25% Section 301 tariff, a 20% emergency tariff (IEEPA), plus a 125% “reciprocal” tariff, an unprecedented stack that can raise the cost by about 170% for affected items.

Printed circuit boards and assemblies, in particular, have faced these steep combined duties. On the other hand, certain strategic electronics have been exempted or had tariffs reduced to support domestic industries. For example, tariffs were waived or lowered on semiconductors, memory chips, and telecom equipment to ensure access to critical technology. 

In summary, duty rates for electronics range from 0% on many high-tech products under trade agreements, up to punitive levels above 100% for targeted items from certain sources. Importers must stay alert to both the base HS duty rate and any extra tariffs in effect.

Tips for Accurate HS Code Assignment for Electronics

Given the stakes, accurately assigning HS codes to your electronic products is essential. Mistakes in classification can result in misapplied duty rates, customs delays, or even fines for non-compliance. Here are some tips to get it right:

• Do your homework on classification rules: Take time to research the HS code options for your product. Is it a discrete component or a part of a larger device? Consult the Explanatory Notes or guidance documents for the HS chapters relevant to electronics. For complex items, note if multiple codes might apply and determine the correct one based on the item’s principal function. For example, some assembled boards could be classified under a component code versus a parts code depending on their features.

• Leverage expert resources and tools: Don’t rely on guesswork. Use online HS code lookup tools, databases, or customs rulings to guide you. Many trade compliance software solutions today, like Gaia Dynamics, utilize AI to suggest likely HS codes by analyzing product descriptions, cutting classification time from hours to minutes. These tools provide confidence scores and learn from past classifications, reducing human error in the fast-evolving electronics sector. When in doubt, consult a trade compliance expert or customs broker who can verify the correct code. Their advice can save time and prevent costly errors.

• Keep codes updated: Technology evolves quickly – and so do HS codes (usually in five-year cycles, as mentioned earlier). New electronic inventions might not have existed during the last HS revision, so interim classifications can be tricky. Stay current with the latest HS edition and national tariff schedule updates. For instance, the HS 2022 revision introduced new subheadings for certain tech goods. Keeping your product master data aligned with current codes will ensure you’re always using a valid classification.

Conclusion

HS codes play a foundational role in electronics trade. They determine not just how goods are described, but how they're taxed, regulated, and routed through global supply chains.

For importers, especially in fast-moving sectors like electronics, accurate classification is essential. It influences duty rates, eligibility for trade programs, and exposure to additional tariffs tied to origin or product type. Inaccuracies can lead to unexpected costs, shipment delays, or compliance reviews that disrupt operations.

As duty structures grow more complex, particularly for sensitive items like semiconductors and PCB assemblies, approaching HS code assignment as a core compliance function will help importers reduce risk and keep shipments moving efficiently.