RoHs, LVS, EMC and other electronics directives

A person seals a cardboard box with transparent packing tape.

B2B Fulfillment Isn’t B2C — Avoid These Costly Assumptions

09.01.2026

A warehouse scene with tall shelves holding stacked, wrapped pallets and cardboard boxes. A banner reads "FLEX" in bold red letters, suggesting logistics services.

9 Trends Driving Robotics-as-a-Service (RaaS) Adoption

11.01.2026

Have you already started reading about the various EU regulations related to selling electronics in Europe? If yes, then we bet you might be pretty confused right now, especially if the country you are based in doesn't have so many different regulations for electronics.

You keep running into the same short names — RoHS, EMC, RED, LVD, REACH, GPSR — but there's barely any explanation of what they mean and how important they are. Which of these actually apply to your product? Which ones are about safety, which are about materials, and which only matter if your device communicates wirelessly?

This article is meant to bring some clarity into the possibly confusing list of EU directives that commonly apply to electronic products. We'll explain what area each one covers, what kinds of products it usually affects, and how you can prepare to meet those directives when sending your shipment to the EU, to avoid blocked shipment and fines for non-compliance.

OUR GOAL

To provide an A-to-Z e-commerce logistics solution that would complete Amazon fulfillment network in the European Union.

How EU directives fit together

Before looking at individual directives, it’s worth understanding how the EU regulatory system is structured because many misunderstandings start right here.

EU directives are not written around products. They are written around risks. Each directive focuses on a specific type of risk that a product might create once it is placed on the EU market. Electrical shock, electromagnetic interference, hazardous substances, unsafe consumer use, radio communication — each of these areas is regulated separately.

That’s why one product can be covered by several directives at the same time, as a single electronic device may:

connect to the mains and carry electrical risk,
contain electronic components and materials,
emit electromagnetic disturbances,
communicate wirelessly,
and be used by consumers in everyday, non-controlled conditions.

From the EU’s perspective, all of those risks exist independently, even if they are part of the same physical product. This is also why compliance in the EU is not a matter of choosing “the one correct directive”. Instead, everyone who imports electronic devices into the EU is expected to identify all applicable directives and make sure each relevant area has been addressed.

CE marking sits on top of this structure, as it declares that the product meets all EU requirements that apply to it, across all relevant directives. That's especially important for sellers importing products from Asia, as seeing CE on a product or hearing that a supplier “has a CE certificate” might sound like you are fully covered. However, if you or the manufacturer can't answer the question “Which EU rules was this product assessed against?” and have documents to back the answer up, the products will mostly likely be flagged as non-compliant during customs.

The key thing you need to remember is that directives are risk-based, overlap by design, and collectively define what CE marking represents. Once you know this, the individual directives should start to make much more sense.

GPSR – General product safety regulation

Let's start from the broadest regulation, General product safety regulation or GPSR in short. GPSR is the EU’s broad safety framework for consumer products, which focuses on how the product will be used by consumers — at home, at work or in any other everyday situation.

The core idea is that a product placed on the EU market should not pose a safety risk to users when it is used in a way that can “reasonably be expected”. That includes normal everyday use (such as using powerbank to charge your phone) but also typical mistakes, foreseeable misuse, and interaction with other everyday products (like using a charger available at the train station or a random cable found at home because the main one got damaged).

From a practical point of view, meanwhile, GPSR looks for answers to the questions such as:

Can the product cause injury during normal handling?
Are there risks related to overheating, sharp edges, or unstable construction?
Could the product become dangerous if used slightly differently than intended?
Are warnings, instructions, and safety information clear enough for an average consumer?

Keep in mind that GPSR applies to almost all consumer products sold in the EU, including electronic ones. So if your product is intended for end users rather than for a controlled industrial environment, GPSR is almost always relevant. This is especially important for sellers based outside the EU. Even if manufacturing and testing happen elsewhere, the EU market expects consumer safety to be assessed from the perspective of how the product will actually be used by EU consumers.

REACH – The regulation on the registration, evaluation, authorisation and restriction of chemicals

The next directive, REACH, focuses on the substances and materials that are used to make your products. And we mean all substances and materials: from plastics, cables and coatings to soft-touch surfaces, adhesives, inks and rubbers. That's another very common point of confusion for non-EU brands, as they initially assume REACH is connected to raw materials or industrial processes, not toys or household gadgets.

The thing is, if a device is handled every day, kept close to the body, or used indoors, small amounts of certain substances can gradually migrate from materials into the surrounding environment — onto skin, into household dust, or into the air. That’s why REACH focuses on long-term, low-level exposure rather than immediate, visible harm.

This is also why it's so important for this directive to know which exactly materials you used for the product. Plastics often contain additives to make them flexible, durable, flame-resistant, or visually appealing. Cables use plasticizers so they don’t become brittle. Surface coatings are designed to resist wear or fingerprints. These substances are part of normal product design — but some of them might be restricted in the EU because of their potential effects on human health or the environment when exposure is repeated over time.

REACH exists to draw a line around which substances are acceptable in everyday consumer products and which are not. Again, this is something you should triple-check when importing products from Asia, as the fact that these materials might be commonly used, there doesn’t make them automatically acceptable on the EU market. What's more, sellers are expected to have full visibility into what they’re placing on the market. If materials change between batches, or if a supplier switches formulations without notice, a product that was once compliant may no longer be accepted on the European markets. Plus, without traceability processes, there’s no reliable way for you to answer questions from authorities or market surveillance later on, which might get your products banned until you can prove they are meeting all requirements.

RoHS – Restriction of hazardous substances

RoHS limits the presence of specific hazardous substances inside electrical and electronic equipment. Not in the product “in general”, but in the parts that actually conduct electricity and make the device function — circuit boards, solder joints, electronic components, internal wiring.

The substances covered by RoHS include, among others: lead, mercury, cadmium, hexavalent chromium, certain brominated flame retardants, and specific phthalates. These materials were widely used in electronics for years because they were cheap, reliable, and easy to work with. Lead-based solder, for example, worked extremely well electrically, but exposed workers during manufacturing and ended up in massive amounts of electronic waste. Brominated flame retardants reduced fire risk, but accumulated in the environment and raised long-term health concerns. Cadmium and mercury posed clear toxicity risks when products were damaged, recycled improperly, or disposed of at scale.

RoHS exists because the EU decided that, at a market level, these substances create too much risk across the product lifecycle — during production, normal use, and especially when electronics become waste. And this is where responsibility becomes relevant for sellers outside the EU . Even if you didn’t design the electronics and even if you didn’t manufacture them, the moment you place a product on the EU market, you become responsible for what’s inside it.

RoHS compliance also has to be linked to a specific product model. A generic statement like “our factory is RoHS compliant” or “all our products meet RoHS” doesn’t say anything meaningful about the electronics inside this exact device, as different models use different components and those can come from various suppliers. And if you'll be asked by the authorities, "Do the electronics inside this product contain certain hazardous substances above allowed limits?", they will expect you to be able to answer that — and to show documents proving your words.

LVD – Low voltage directive

LVD deals with the risks that appear once a product is connected to electricity, such as electric shock, overheating or catching fire. EU sees electricity is a special category of risk because product failures are often sudden and might lead to significant user injuries. That’s why LVD focuses on preventing such hazardous situations from happening by setting strict rules for how the product should act while plugged to power. The directive applies to all products that operate within defined voltage ranges, so chargers, adapters, household electronics, office equipment, lighting products, etc. What's more, the directive asks for confirmation that a product remains safe even as it ages, for example as the insulation degrades, cables get bent or connectors loosen. LVD exists to make sure that under these very ordinary conditions, products don’t turn into potential hazards for the users.

What you should keep in mind is that the responsibility lies with the party placing the product on the market, regardless of who designed or manufactured it, meaning it's your responsibility to ensure all products you are selling passed the electrical safety test and are compliant with the EU standards. Emphasis on ALL products - each product must be tested and certificated separately, EU markets won't accept a shipment with a single LVD compliance declaration for the entire product series.

EMC – Electromagnetic compatibility directive.

EMC directive controls how electronic products behave in the presence of other electronic products, and can they coexist without causing problems. Why is it so important, it got a separate directive?

Electronic devices are almost never used in isolation. A charger is plugged in next to a laptop. A speaker sits next to a router. Or a smart device shares a power strip with several other products. And those devices might be affecting each other via electromagnetic waves, often in a way that was invisible during basic functional testing. EMC exists to make sure that this constant background “noise” doesn’t turn into real-world issues, for example by making the IoT sensors affect the work of all nearby devices. This matters because electronic products are expected to behave consistently across typical environments, and a device that only works reliably under ideal conditions makes it difficult to use - and so it might be returned to the seller as faulty.

EMC also looks at the other side of the equation: how well a given product can tolerate interference coming from its environment. A device that is overly sensitive to electromagnetic disturbances, like a speaker set, may perform much worse when plugged into a noisy power source at a workplace or used near other electronics, compared to being used at home.

Even if you sell simple, low voltage devices, you will most likely fall under this regulation, as EMC applies to almost all electronic products, even small and low voltage ones, simply because those devices can generate or be affected by electromagnetic interference as well.

RED – Radio equipment directive

The last directive we'll mention is RED, that applies to products that intentionally transmit or receive radio signals. If your device communicates wirelessly (even in a very limited way, or it isn't the main feature), it falls under this directive. This includes technologies like Wi-Fi, Bluetooth, cellular (LTE/5G), NFC, or proprietary radio links.

The reason RED exists is straightforward: radio spectrum is a shared and limited resource. Every wireless device uses part of that space, and if devices are poorly designed or improperly configured, they can interfere with each other and that interference might affect not just individual users, but entire communication networks. And to address those potential problems, RED covers three main areas:

Radio performance and spectrum use

The EU wants to ensure that devices use radio frequencies efficiently and only within allowed parameters as a device that transmits outside permitted bands, uses excessive power, or behaves unpredictably can disrupt other wireless products and services operating nearby.

Safety and health

Because radio devices emit electromagnetic energy, RED also looks at whether that emission stays within limits considered safe for users. This is particularly relevant for products used close to the body or for long periods of time.

Basic functional reliability of radio communication.

A device should be able to communicate as intended without causing instability in surrounding systems.

Non-EU sellers sometimes assume that if a product contains a pre-certified radio module, RED is automatically taken care of. Unfortunately, that's not how it works. RED applies to the finished product, not just the module, as the moment a radio module is integrated into a device (combined with a specific antenna, enclosure, power supply, and firmware) its radio behaviour can change. Output power, interference patterns, and even frequency use can be affected by design choices that have nothing to do with the module itself.

Put simply: RED asks whether your product uses radio communication in a way that is safe, controlled, and compatible with other devices sharing the same space. If your product talks wirelessly, the EU expects you to know (and to be able to show) that it does so responsibly.

One product, multiple directives: a practical example.

To sum up everything we learned until now, let’s take a wireless power bank sold to consumers in the EU as an example and see under which regulations it falls.

The powerbank has:

a lithium battery,
electronic circuitry,
a plastic housing,
a charging cable,
and Bluetooth connectivity for a companion app.

Under which regulations the product would fall?

GPSR – overall consumer safety

GPSR applies because this is a consumer product intended for everyday use, and thus the product should be tested to answer questions such as:

What happens if the power bank overheats during normal charging?
Can it become dangerous if used while charging another device?
Is it safe to carry in a bag with other everyday items?
Are the instructions and warnings sufficient for a non-technical user?

REACH – materials and chemical exposure

REACH applies because the product contains multiple materials that users come into contact with, such as the plastic housing and cable insulation. So during clearance, you might be asked to provide answers to the following questions:

Do the plastics or cable materials contain restricted substances?
Can substances migrate over time during normal use?
Are the materials consistent across production batches?

RoHS – substances in electronic components

RoHS applies because the product contains electronic components and circuit boards, so the product has to be tested for restricted substances such as lead.

LVD – electrical safety

LVD applies because the product is connected to electricity during charging, so you need to ensure the product is protected against electric shock and remains safe during continuous charging.

EMC – interaction with other electronics

EMC applies because the power bank will be used near other devices and the interference might affect it's or other devices' work, so it has to be tested both for how many disturbances and emits and how sensitive it is to waves coming from different devices.

RED – wireless communication

RED applies because the product uses Bluetooth, so the product has to be tested for whether transmission stays within allowed parameters and whether wireless operation can interfere with other devices.

This is a single, relatively simple consumer product. And yet, it falls under multiple EU directives at the same time, as each of them covers a different type of risk:

how the product is used,
what it’s made of,
what’s inside the electronics,
how it behaves under power,
how it interacts with other devices,
and how it communicates wirelessly.

So if you wanted to sell those powerbanks to customers in EU, you would be legally required to have documents proving what the powerbanks are made of and that they have been thoroughly tested to ensure they are fully safe and compliant with the regulations.

Closing thoughts

Preparing for compliance with the EU rules for electronic products as a non-EU seller definitely isn't easy, mainly because the main regulations are usually introduced as a list of acronyms and with the assumption everyone already knows what those regulations are for. But if you are expanding your businesses from just USA or Asia markets, the number of rules, requirements and testing to be done might feel overwhelming.

However, once you look at what exactly each directive covers, most of the rules suddenly start to make sense. Some focus on how a product is used, others on what it’s made of, how it behaves electrically, or how it communicates with its surroundings. All of them have one goal - to make the device as safe and convenient to use as possible. And since that's surely your goal as well, treat those directives as a way of building trust between you and EU customers - starting from showing you take the potential risks and hazards coming from using the devices seriously.