What it really costs to import small appliances from China

2.7% is almost noise next to freight. What is not noise: a plug, a voltage and a CE/UKCA marking that differ by market, and lithium cells in the same carton turning it into a dangerous-goods booking.

Where a $7.40 kettle spends its money

The 1.7 L stainless electric kettle leaves the factory at $7.40. Ocean freight adds $0.469 and EU duty adds $0.213 at the chapter reference rate of 2.7% — freight is 2.2× the tariff. Import VAT adds $1.56, which is 15.8% of the cash landed total and, for a VAT-registered importer, a cash-flow item rather than a cost:

Set the recoverable VAT aside and the stack is short and lopsided. This is one of the few categories on this site where the logistics line is larger than the tariff line, and that flips the usual advice: on a kettle, a packing change is worth more than a classification argument.

Density 136 kg per cubic metre, and 11.2% of the container you cannot reach

Each unit occupies 0.01178 m³ of container space and weighs 1.60 kg packed. A 40ft HQ takes 960 cartons — 5,760 kettles — fills 88.8% of the volume and uses only 34.7% of the payload. The box is volume-limited by a wide margin: two thirds of the payload allowance sails empty.

The number worth staring at is 88.8%. The container is volume-limited, it runs out of space before it runs out of weight, and it still finishes 11.2% short of full — because a 620 × 380 mm carton does not divide 12,032 mm or 2,352 mm cleanly. That 11.2% is dead floor and dead height, billed at the same rate as the cargo. Resizing the carton to tile the floor is the only engineering lever in this category: with no product change at all, a carton that divides the length and the width exactly puts more units in the same box.

The box choice then follows: $0.715 a kettle in a 20ft against $0.469 in a 40ft HQ, so the 40ft HQ wins by 34.5%. A 20ft gives up six metres of floor and gains nothing, because weight was never the constraint.

120 V or 230 V: the appliance, not the label

A kettle sold in Germany runs 230 V / 50 Hz through a Schuko plug. The same model sold in the United States runs 120 V / 60 Hz through a NEMA 5-15 plug. That is not a cord change: the element resistance, the thermostat set points, the control board and often the housing are different parts, so the US unit is a separate bill of materials, a separate production run and a separate safety file.

The commercial consequence is that stock cannot be diverted. A container built for the EU cannot be sold into the US when the EU order falls over, and a US listing does not extend to Canada without a further review. Decide the 120 V / 230 V split before the purchase order; after it, the mistake costs a container.

The listing sits on top of that. UL or ETL for the United States, CE under the Low Voltage and EMC directives for the EU, UKCA for Great Britain — each is a factory-and-file exercise measured in weeks, and none of them is checked by customs. A container of unlisted kettles clears and then cannot legally be sold, which is the most expensive outcome available in this category.

One plug, seven markets

The plug is a commercial decision disguised as a technical one. BS 1363 — the British three-pin — is the standard in the UK, Ireland, the UAE, Saudi Arabia, Nigeria, Kenya and much of South-East Asia, and every one of those markets runs 230 V. A single 230 V SKU with a BS 1363 cord set therefore serves seven of your destinations, while a Schuko variant covers the EU and a NEMA variant covers North America.

That is why the market table below is worth reading as a product decision rather than as a duty table. The duty spread across the six markets is modest — 2.7% in Germany, 20% in Nigeria, 25% in Kenya — so the destination moves the landed cost by a few percent. The plug decides whether you can sell there at all.

Cost it the other way round, too. The same container into Lagos lands at $9.88 a unit against $8.29 in Germany, and most of that gap is tariff rather than freight: at 5,760 units to a box, a $1,500 lane difference is small change per unit, while 20% against 2.7% is not. On a bulky, low-value appliance the destination freight rate still matters — it is just rarely where the difference comes from.

One container of small appliances, landed

The full shipment rather than the unit: 5,760 units in 960 cartons, $2,700 of ocean freight, 2.7% duty on the CIF value into Germany. Every line is an output of the same engine the calculators run:

The container is 88.8% full by volume and 34.7% full by payload, with volume as the binding constraint. That single fact decides whether a packing change is worth anything: if you are volume-limited, a smaller carton buys freight; if you are payload-limited, only a lighter product or a lighter pack will.

Which container actually costs least per unit

Freight is charged per box, not per unit, so the box choice is a pricing decision. The same carton in four container types:

On this cargo the 40ft HQ is the cheapest route per unit, by 34.5%. A 20ft box runs out of floor space long before it runs out of payload on cargo this bulky, so the longer box carries disproportionately more units for a much smaller multiple of the freight. Cost both before accepting a quote.

The same shipment, six markets

Duty basis, duty rate and the import tax all change the answer. This is one container of small appliances priced at the $7.40 factory price, landed in each market with the same freight:

The same container into the United States pays duty on FOB at 2.7% instead of CIF at 2.7%, and carries no federal import VAT at all. The appliance itself is the obstacle: a 120 V / 60 Hz model with a NEMA plug and a UL or ETL listing is a different bill of materials from the 230 V unit, so the US price has nothing to do with the EU landed cost above.

What has to exist before the kettle can be plugged in

None of this is customs paperwork. All of it is a condition of legally selling a mains-powered product, and in this category the list is longer than the freight file:

Five levers that actually move an appliance landed cost

Resize the carton before you renegotiate the rate. 88.8% of the container is used and 11.2% is unreachable. A carton that divides 12,032 mm and 2,352 mm exactly recovers part of that gap with no product change, and it is the only lever here worth engineering time.

Book the 40ft. $0.715 a unit against $0.469 means the 40ft HQ is 34.5% cheaper, and it will stay that way for as long as the carton is this size. A short box buys nothing on cargo that never reaches its payload.

Floor-load, and specify the carton to survive it. A pallet footprint is dead volume in a volume-limited container. The gain is real; the price is a box strong enough to carry seven cartons for thirty days at sea.

Build one 230 V SKU per plug standard. BS 1363 covers the UK, Ireland, the Gulf, Nigeria and Kenya. One cord set, seven markets. Do not build a "universal" plug — it fails the standards it is trying to satisfy.

File the listing against the production date, not the shipping date. UL, ETL, CE and UKCA all take weeks and none of them compresses at the port. A container that clears and cannot be sold is the most expensive way to learn this.

Which calculators this category actually needs

Each category fails on a different number, so each one points at a different set of tools. These three match the constraint that binds small appliances — density, tariff line or order size — rather than the ones that happen to exist.

Run it on your own specification

The calculator opens pre-set to Germany with HS chapter 85, a full container of this product and the freight benchmark above. Replace the carton dimensions with your own and the freight per unit recalculates from the packing physics, not from an estimate: