Shipping Electronics Internationally: What You Need to Know About Compliance & Packaging

Shipping electronics internationally can be a complex process. There are several things to consider, from export requirements and documentation to choosing packaging that can protect products throughout transit. These requirements can vary depending on the product, how it will be used, where it is being shipped, and who will receive it. Failing to meet applicable export requirements can result in shipment delays or customs holdups, customer dissatisfaction, monetary penalties, or other legal consequences.

To help you navigate the complexities of international shipping, this article provides a high-level overview of some important export compliance considerations and packaging options to be aware of before shipping electronics to international markets.

What to Consider When Shipping Electronics Internationally

When shipping electronics outside of the United States, you will need to consider not just the product type, usability, configuration, size, value, and sensitivity to different environmental conditions, but also the destination country, the shipment recipient, and the U.S. rules that apply to such exports. All these factors may influence the export compliance regulations applicable to your shipment, and the handling, transportation, documentation, and packaging precautions that you may need to take.

Product Compatibility

Is your product suitable for use in the destination country?

Before shipping electronics internationally, you should make sure they are suitable for use in the destination country. For electronics that require power to operate, check that their configuration is compatible with the country’s voltage, frequency, and plug type. For countries where power fluctuations or surges are common, also consider whether your product has the appropriate protection to operate safely.

Does your product meet destination-country requirements?

Before shipping, check whether your product needs to meet any destination-country requirements, such as applicable product standards, certifications, labeling, or import requirements. These can vary by country and product type, so make sure you understand the requirements that apply to your shipment.

Export Compliance

Is your shipment subject to the Export Administration Regulations (EAR)?

As a first step in identifying compliance needs, you can check whether your electronics shipment is subject to the Export Administration Regulations (EAR), administered by the U.S. Department of Commerce’s Bureau of Industry and Security (BIS). The EAR govern certain exports, reexports, and other activities involving items subject to the regulations. However, not all electronic goods are subject to the EAR, so it is important to determine whether the regulations apply to your shipment.

Does your shipment need an export license?

If your shipment is subject to the EAR, you need to determine whether an export license is required for it. License requirements can depend on factors such as the product’s classification, destination, end user, and how the product will be used. Again, not every shipment involving an EAR-subject item requires a license, so you may want to check the applicable licensing requirements for your shipment.

Is your shipment subject to International Traffic in Arms Regulations (ITAR)?

Another important export-control consideration is the International Traffic in Arms Regulations (ITAR), which govern the export and temporary import of certain defense articles, defense services, and related technical data. ITAR is administered by the U.S. Department of State’s Directorate of Defense Trade Controls (DDTC), and its requirements are separate from those of the EAR. Some electronics, technology, or technical data may be subject to ITAR rather than the EAR, depending on the product and how it is used

Are there any additional requirements that may be needed?

There may also be other compliance requirements to check, such as sanctions, export filings, foreign regulations and destination country requirements, and restricted-party screening. You can also check the official BIS resources for more details on your specific shipment and the export compliance requirements that may apply.

International Shipping & Documentation

Have you fulfilled the key shipping and documentation requirements?

As an exporter, you should be familiar with Incoterms. These are internationally accepted terms that clarify who is responsible for costs and other responsibilities throughout the shipping process, such as freight, insurance, duties and taxes, customs clearance, and documentation. A qualified freight forwarder can provide guidance and assistance with these and other shipping requirements.

Depending on the shipment, you may need documents such as a commercial invoice, packing list, shipping label, or other export documentation. If your electronics contain lithium batteries or other regulated materials, additional transportation, packaging, labeling, and documentation requirements may also apply.

Protecting Electronics During Transit

Is your packaging adequate for international transit?

Electronic shipments may face temperature changes, humidity, static discharge, vibration, shock, and other environmental conditions during transit. Longer journeys and multiple transfers can increase exposure to these factors, making it important to choose packaging that provides the protection your products need. If you’re unsure about the shipping and handling conditions your electronics may face, a qualified freight forwarder can help you understand what to expect and decide what packaging considerations may apply to your shipment.

How to Choose Packaging for Shipping Electronics Internationally

As international shipping usually involves longer transit times and multiple transfer points, your products may need one or more types of protective packaging to stay protected throughout the journey. It’s important to choose the right packaging size for your product, so it isn’t over- or under-protected. Appropriately sized packaging and lightweight protective materials can help reduce unnecessary package weight while providing the protection your products need.

Protection from Temperature Changes

Temperature changes are common during shipping, especially when electronics travel long distances or through different climates. Some electronics, such as medical devices, microprocessors, sensors, and automotive electronics may be more sensitive to these changes, needing extra protection during transit.

Warehouse worker packing refrigerated medical supplies into a labeled cardboard box

Thus, the packaging selection usually depends on the product and the conditions it may encounter during shipping. For example, insulated shipping containers can be used with cold packs or insulated liners to help protect temperature-sensitive products. For smaller, lightweight shipments, Cool Shield Bubble Mailers can provide insulation and cushioning to help reduce temperature exposure during shipping.

Protection from Moisture

Temperature fluctuations can cause condensation to form inside and around packaging, which can damage sensitive devices and electrical connections. Prolonged exposure to humidity can corrode metal components, contribute to mold growth, and increase the risk of electrical short circuits during shipping.

For longer transit or storage where humidity is a concern, you can use moisture-barrier bags made from multiple layers of film to help limit moisture vapor transmission. Humidity indicator cards can also help monitor humidity inside sealed packaging by changing color when humidity levels rise. You can also use desiccants to absorb moisture inside the packaging.

Protection from Static Discharge

ESD, or electrostatic discharge, happens when built-up static electricity suddenly moves from one object or surface to another. International shipping may sometimes have multiple handling points and storage stops, which can increase the risk of damage to ESD-sensitive electronics.

A clear anti-static ESD shielding bag containing a modern computer motherboard, photographed in a clean professional product-photography style on a neutral light background. The motherboard should be clearly visible through the translucent metallic bag, with realistic electronics details, no logos, no text, and no hands.

For ESD-sensitive devices, you can use corrugated ESD shipping boxes or antistatic foam boxes, depending on the product’s protection needs. For smaller devices or individual components, you could consider using antistatic bags or static-shielding bags depending on the level of ESD protection needed. (Learn more about antistatic vs. static-shielding bags.) For small electronic components, anti-static, amine-free bubble bags or ESD cushion pouches can provide both ESD protection and cushioning during shipping.

Physical Protection and Handling

Your electronics may be exposed to vibrations, shocks, drops, compression, and handling during transportation and storage. To help protect them throughout the journey, choose sturdy outer packaging and add cushioning based on the product’s type, size, and dimensions. Bubble and foam inserts can provide cushioning, while air pillows can help fill empty space and keep products from moving around inside the package. Keeping electronics enclosed during shipping can also help protect them from dust, dirt, and other contaminants that could affect sensitive components.

Finally, you may want to check whether your packaging requires specific labels to communicate special handling instructions, such as package orientation, fragile contents, or ESD sensitivity.

Conclusion

When shipping electronics internationally, consider destination-country requirements, export and import regulations, and the level of protection your products may need throughout the journey. Correct Products offers a range of specialized packaging and labeling options to help protect your electronics during shipping.

If you have questions about your packaging needs, call our packaging experts for assistance. You can also email us if you need packaging products in custom sizes or bulk quantities. Our customer service hours are 8:00 a.m. to 5:00 p.m. CST.

Frequently Asked Questions (FAQs)

Do all international shipments of electronics need to comply with the EAR?

No. Not all electronics shipments fall under the Export Administration Regulations (EAR). Before shipping your products, check the Bureau of Industry and Security (BIS) resources for more information on whether the EAR applies to your specific shipment.

Do I need to get an export license for my international electronics shipment?

Not every EAR-covered electronics shipment requires an export license. Export license requirements can depend on the product’s classification, destination, end user, and how the product will be used. Refer to the official Bureau of Industry and Security (BIS) resources for more information about export license requirements.

What kind of protection might my electronics need during international shipping?

Your international electronics shipment may need protection from temperature changes, dust, moisture, and physical impacts during handling, transportation, and storage.

What should I consider when choosing packaging for international electronics?

When choosing packaging for international electronics shipments, consider your product type and sensitivity, as well as the transit, storage, and handling conditions it may encounter. You should also consider any applicable import, export, and safety requirements.

How to Choose Cost-Effective Packaging for Shipping Electronics

Electronic devices can be fragile and often highly sensitive to moisture, static discharge, vibration, temperature fluctuations, and other handling hazards encountered during transit. That makes choosing the right packaging a crucial step when shipping electronics, as inadequate packaging can damage them and, in some cases, create additional transportation risks. But greater protection can also mean higher material, labor, storage, and handling costs. This article highlights some transportation challenges your electronics shipment may face and cost-effective packaging solutions you could consider.

Choosing the Right Packaging for Cold-Weather Shipping

Protective packaging is critical for shipping temperature-sensitive products such as food, pharmaceuticals, and electronics. During cold-weather shipping, freezing temperatures, temperature fluctuations, moisture, and rough handling can pose additional risks to your products. This blog explores the risks your products may face during cold-weather shipping, and the packaging options you can choose to protect them from changing environmental conditions during transit.

Packaging Best Practices for Shipping Battery-Powered Medical Devices Safely

Shipping battery-powered medical devices requires strict handling, packaging, and labeling practices to ensure safety and regulatory compliance. Failure to meet these requirements can result in shipment delays, fines, or rejection. However, these requirements may vary depending on the type of medical device, battery type and setup (built-in, packed with equipment, or shipped separately), quantity of batteries, transportation method (air, ground, or sea), and origin- and destination-country regulations.

To navigate this complexity, manufacturers usually coordinate with dangerous goods and logistics providers, specialty packaging suppliers, and transportation carriers. This ensures that shipments are properly prepared and handled during transit and are compliant with relevant transport regulations.

Moisture-Barrier Bags vs Static-Shielding Bags: What’s the Difference?

A component may look properly packaged, with a plastic bag seemingly covering the whole item. But the wrong type of bag will expose it to static discharge, moisture, or both. If you ship sensitive electronics, static-shielding bags and moisture-barrier bags offer adequate protection for your items. The difference is that each bag solves a specific packaging problem.

Static-shielding bags focus on electrostatic discharge (ESD). Meanwhile, you use moisture-barrier bags to prevent water vapor buildup. However, these two qualities may overlap, as some bags offer both ESD control and moisture prevention.

Aerospace, defense, and electronics applications often require packaging that addresses both ESD and moisture risks. For example, many military barrier materials are ESD protective and water-vapor-proof.

If you need such materials for your packaging, Correct Products is a reliable source of ESD bags, static-shielding bags, ESD moisture-barrier bags, and dry packaging materials.

How to Ship Military and Aerospace Electronics Without ESD Damage

Military and aerospace electronics are vulnerable not only to drops and rough handling but also to environmental factors. Among these risks, electrostatic discharge (ESD) is a major concern. The National Aeronautics and Space Administration (NASA) treats ESD as a key risk in its operations mainly because it is difficult to detect right away, with damage that may not become apparent until later during critical operations. This risk especially matters when shipments contain sensitive components used in defense systems.

You need a sound shipping plan when handling military and aerospace electronics. The process starts with identifying the correct packaging conditions, with thoughtful consideration of cushioning and moisture prevention. Correct Products supports this process with a wide range of ESD shipping materials.

ESD Foam vs. ESD Bubble Wrap: Cost, Protection, and Use Cases

Fragile shipments live and die on the quality of the packaging. When there’s always the threat of electrostatic discharge (ESD) frying your circuits or excessive weight crushing your chips, the packaging material you use is not something to take lightly. That is why the ESD foam vs ESD bubble wrap question matters when shipping or storing electronics.

Both ESD foam and bubble wrap provide effective ESD protection. But each has a different way of doing it. One offers strong structural preservation, while the other gives the cushioning you need at a lower price.

This guide looks at each material’s strengths, differences, and safety levels. It also suggests the best use cases for each material. Correct Products has been matching buyers with the right ESD packaging materials for their products for years, and each time, the choice comes down to a few simple considerations.

ESD (Electrostatic Discharge) Bags: The Right Packaging for Sensitive Products

When electronic products require utmost care, you need the right container to keep them protected. This is especially true for components sensitive to electrostatic discharge (ESD). For items such as electronic parts, chips, circuits, and transistors, ESD bags and other ESD packaging are most effective for keeping them safe and static-free.

If you’re reading this, you’re probably looking into what ESD bags do exactly.  This article serves as a guide on what they are and how they can protect electronic products.

ISO 7 Cleanroom Gowning Requirements

Last Updated: February 2026

Understanding cleanroom gowning requirements is critical for manufacturers operating in controlled environments. ISO 7 cleanrooms are used by our customers in pharmaceutical production, medical device assembly, and biotechnology operations. They require precise protocols to control airborne particles and protect product integrity and they trust Correct Products to supply them with the necessary cleanroom furniture and supplies for their needs.
This guide examines essential gowning procedures, protective garments, and best practices that support regulatory compliance and operational excellence.

How to set up an ESD Workstation

Last Updated: February 2026

Electrostatic discharge (ESD) remains one of the most costly and preventable threats in electronics manufacturing. Even a tiny, invisible discharge can damage sensitive components, compromise reliability, and trigger expensive failures downstream. That’s why setting up an ESD workstation isn’t just about compliance, but protecting product yields, safeguarding profitability, and maintaining customer trust.

In this article, we outline the steps to set up a basic ESD workstation and highlight the essential products that make up a static-safe environment. Not every application requires the same level of protection, but whether you’re building a small bench setup or a fully integrated electrostatic protected area, the building blocks remain the same.

You’ll also find a free ESD Workstation Setup Checklist to download, plus many additional ESD products to enhance the sophistication, safety, and profitability of your program. Let’s get started.