Portable Blender Certification Requirements by Market

Updated 2026-11-09

Quick answer

A portable blender is a kitchen machine, tested to IEC 60335-2-14 (EN 60335-2-14 for CE and UKCA) and listed under UL 982 in North America. Battery models add three layers: IEC 62133-2 for the cell and pack, UN 38.3 for transport, and the EU Batteries Regulation. The decisive design tests are jar interlock, blade guarding and accidental start.

Small product, four compliance layers

A portable blender is the most compliance-dense product in this catalogue relative to its size. In one 400 g device you have a motor, a lithium cell, a charging circuit, a food container and a blade. Each of those carries its own rules.

The safety standard for the appliance is IEC 60335-2-14, which covers kitchen machines and, in its current edition, explicitly includes battery-operated appliances. In North America the listing standard is UL 982, whose scope covers appliances supplied by low-voltage power supplies and battery-operated appliances provided with battery chargers.

Then come the battery layers: IEC 62133-2 for cell and pack safety, UN 38.3 for transport, and the EU Batteries Regulation for marking and due diligence. And then food contact, which covers the jar, lid, seal and blade.

Certification table by market

Market	Status	Standard	Who tests or certifies	Typical lead time
EU	Mandatory CE	EN IEC 60335-1 + EN 60335-2-14; EMC; RoHS; Batteries Regulation	Competent lab; importer declares	Lab quote per project
Great Britain	UKCA or CE recognised	BS EN 60335-2-14	Competent lab; UK responsible person	Lab quote per project
United States	Listing expected by retail	UL 982	UL Solutions or Intertek	Lab quote per project
Canada	Listing expected	UL 982 with Canadian differences	UL, Intertek, CSA	Lab quote per project
Australia / NZ	RCM for declared articles	AS/NZS 60335.2.14	Accredited lab plus EESS registration	Lab quote per project
Saudi Arabia	SABER certificate	IEC 60335-2-14 with Saudi differences	IECEE-recognised lab	Lab quote per project
UAE	ECAS	IEC 60335-2-14	Accredited lab, MOIAT	Lab quote per project
Japan	PSE for the charger; DENAN appliance requirements	IEC 60335-2-14 with JIS differences	Registered assessment body	Lab quote per project
Korea	KC	KC 60335-2-14 plus battery registration	KTC, KTL or KTR	Lab quote per project
Brazil	INMETRO	IEC 60335-2-14 with Brazilian differences	Accredited certification body	Lab quote per project
Mexico	NOM	NOM-003 with IEC basis	ANCE or NYCE	Lab quote per project

The five tests that decide a pass

Jar interlock and blade guarding. The motor must not run with the jar removed, and the test probe must not reach the blade. Magnetic or mechanical interlocks are common; a simple push-button without interlock is the most frequent failure.

Unintended start. With the jar fitted and the button pressed in a bag, the appliance must not injure the user or damage itself. A double-press or a slide lock is the normal design answer.

Motor stall and duty cycle. A portable blender has a small motor and a small battery. Stall testing checks the winding and the battery protection board. A protection board that cuts at 3 A but allows 8 A through the motor is a design error.

Leakage and washability. The jar seal must not leak into the motor housing, and the base must survive the cleaning method described in the manual. If the manual says “rinse the jar”, the base must tolerate splashes.

Drop and vibration. Portable products are dropped. A cell that disconnects, a blade that loosens, or a housing that cracks exposing live parts are all findings.

Battery compliance in practice

Layer	Requirement	Evidence
Cell and pack safety	IEC 62133-2	Test report from a recognised lab
Transport	UN 38.3	Test summary, kept with shipping documents
EU market	Batteries Regulation (EU) 2023/1542	Marking, labelling, carbon and due-diligence duties
Charging	Safe with a compliant 5 V source	Design review and charging test
Included adapter	Separate certification	Adapter certificate and report
Carton	Lithium battery label and handling marks	Artwork proof

The most common battery problem is not a failed test, it is missing paperwork, and our EU battery regulation guide lists the whole set: a shipment stopped because the UN 38.3 summary cannot be produced, or a marketplace delisting because the battery label on the carton does not match the regulation.

Food contact: the jar is the product

Part	Material	EU evidence	US evidence
Jar	Tritan, AS or PP	Regulation (EU) 10/2011 migration test	FDA-compliant statement
Lid and seal	PP, silicone	Migration test	Supplier statement
Blade	Stainless steel	Material declaration	Supplier statement
Blade gasket	Silicone	Migration test	Supplier statement

Tritan and AS are common because they are clear and tough. Both are plastics under Regulation (EU) 10/2011, so both need migration data at the intended use temperature. A supplier who offers only “BPA free” has not answered the question.

Documents the importer should hold

Document	Purpose
Safety report to EN 60335-2-14 or UL 982	Technical file core
Certificate with a checkable number	Retail and marketplace review
EU/UK declaration of conformity	Legal market access
EMC report	Charging circuit and control board
RoHS and REACH statements	Substance compliance
Food-contact declaration and migration test	Jar, lid, blade gasket
IEC 62133-2 report	Cell and pack
UN 38.3 test summary	Transport; how to verify reports
Battery label artwork	Carton and marketplace compliance

Why portable blender shipments get rejected

No jar interlock. The motor runs with the jar off.
Battery shipped without UN 38.3 documentation.
Charger in the box has no certificate.
Capacity or power claim inflated. “1,000 W” on a 5 V device is a marketing fiction.
Jar material not declared, or a Tritan claim with no resin documentation.
Blade gasket missing from the food-contact file.
Carton battery label wrong or missing.
No EU responsible person for consumer sales.

Plug, voltage and rating details

Item	EU	UK	US	Australia
Charging input	USB-C 5 V	USB-C 5 V	USB-C 5 V	USB-C 5 V
Adapter plug	CEE 7/7 or Europlug	BS 1363	NEMA 5-15	AS/NZS 3112
Battery	3.7 V lithium, typically 2,000–4,000 mAh	Same	Same	Same
Marking	Input 5 V, battery capacity in Wh	Same	Same	Same

Battery capacity must be marked in Wh as well as mAh for transport. A carton that only shows mAh creates a question at the airport counter.

Frequently asked questions

Is a portable blender a “kitchen machine” even at 5 V? Yes. The voltage does not change the product family, and the current edition of IEC 60335-2-14 explicitly covers battery-operated kitchen machines.

Does the LVD apply to a 5 V blender? Not to the blender itself, because the Low Voltage Directive covers equipment rated 50–1,000 V AC or 75–1,500 V DC. The mains adapter, if included, is in scope, and general product safety rules still apply to the blender.

Can the same jar be sold as a spare part? Yes, but the spare jar is a food-contact item and needs the same declaration as the original.

Do I need a new report if I change the cell supplier? Usually yes. The cell is part of the certified construction, and a different cell with different chemistry or protection can change the test outcome.

What about a model with a USB output to charge a phone? It becomes a power bank as well as a blender, which adds output testing and, in the EU, possibly extra battery rules. Keep the functions documented.

Which market should a new brand start with? Amazon.com is the largest channel for this product, so a US listing plus battery documentation is usually the first investment. The EU is cheaper to enter but requires a responsible person.

For country detail see the US/, the EU/, the UK/ and Japan and Korea/. Ask us for model-specific data through our contact page/, or see the portable blender range/.

Frequently asked questions

Which standard covers a portable blender?

IEC 60335-2-14, particular requirements for kitchen machines. Its scope names blenders, including hand-held blenders, and the current edition explicitly covers battery-operated appliances, which is why a 5 V product is still a kitchen machine. The EU and UK adopt it as EN 60335-2-14 and BS EN 60335-2-14; Australia adopts AS/NZS 60335.2.14. The battery and transport layers are additional, not alternative.

Is a portable blender UL 982?

Yes, in most cases. UL 982 covers motor-operated household food preparing machines, including blenders, and its scope covers appliances supplied by low-voltage power supplies and battery-operated appliances provided with battery chargers. The listing laboratory confirms the exact construction, but UL 982 is the normal starting point.

What battery tests are needed?

Three separate things. IEC 62133-2 covers the safety of the cell and pack. UN 38.3 covers transport, and a test summary is required before air or sea shipment. In the EU, the Batteries Regulation (EU) 2023/1542 adds marking, labelling and due-diligence duties. The USB charging circuit is assessed as part of the appliance.

Does a USB-C blender need its own charger certification?

If a mains adapter is included in the box, that adapter must be certified on its own. If the product ships with a cable only, the blender must still be safe with any compliant 5 V source, and the manual must state the input rating and current. A product that only works with one unusual adapter is a returns problem and a compliance question.

What is a travel lock and why does it matter?

A portable blender lives in a bag. Without a lock, a button press can start the motor with the jar detached or with no food inside. Standards treat unintended starting as a hazard, and retailers treat it as a safety complaint waiting to happen. A double-press or a physical lock is the usual fix.

Do the jar and blade need food-contact testing?

Yes. The jar, lid, seal and blade assembly touch food. In the EU, plastics such as Tritan or AS need migration testing under Regulation (EU) 10/2011 and a declaration under Regulation (EC) 1935/2004; stainless blades need a material declaration. US buyers ask for FDA-compliant statements.

Can one certificate cover a 350 ml and a 500 ml model?

Only if the motor, battery, control board and blade assembly are the same. A larger jar changes the load and the motor duty, and often the battery configuration. Laboratories normally issue separate reports, and buyers check that each shipped model is listed.

What changes for Japan and Korea?

Japan requires PSE marking for the charger and compliance with DENAN requirements for the appliance, with a 100 V rating. Korea requires KC certification. Both markets also require the UN 38.3 summary and the correct lithium battery label on the carton.

Sources

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