Электрический чайник ETA Emily 4595 90000 black

The ETA Emily double-walled kettle will not only be a functional but also a design addition to your kitchen. You can monitor the water temperature on the clearly visible LED display even during the cooking process and use the touch buttons to set it from 40 to 100 °C.

ETA Emily

Stainless-steel interior, high-quality plastic exterior
The double-walled design of ETA Emily electronic kettle helps prevent accidental burns. The kettle’s inner part is made of stainless-steel, which is durable and hygienic. The outer layer is made of high-quality plastic, which remains cool to the touch even when the water inside is boiling.

ETA Emily

Smooth temperature regulation
You can smoothly regulate the temperature – from 40 to 100 °C. Lower temperatures are perfect for preparing oatmeal or baby food, while higher temperatures are ideal for making tea and coffee. And since green tea prefers a different temperature than black tea, you can set the kettle to the exact temperature you need.

ETA Emily

The current temperature is displayed on the clear LED display. Once the set temperature is reached the ETA Emily kettle will automatically turn off, but thanks to its thermal insulation, the water inside cools down much slower. The kettle also has a KEEP WARM function, that can maintain the set water temperature for up to 2 hours.

The ETA Emily electric kettle will surprise you with its feature for displaying the current water temperature.


To open it, simply press the button on the lid, and the inner water level indicator allows you to monitor the water level. It can heat up to 1.5L of water at once, thanks to its 2,200W power.

The central connector, STRIX, ensures long lifespan and high safety, making it easy to place the kettle on the base. With its hidden heating element, regular maintenance is almost effortless.

Your safety is also taken care of with the reliable triple safety system, which activates when running empty, when the kettle is removed from the base, or in case of potential overheating.