Chefman Fast Boiling 1.8L Electric Glass Kettle, Removable Tea

September 21,2024

Tomorrow Buy Chefman Fast Boiling 1.8L Electric Glass Kettle, Removable Tea Infuser, LED Lights, Stainless Steel at .
Brewing your favorite hot beverage has never been this easy! Whether you’re making loose-leaf tea or bagged tea, hot chocolate, coffee, soup, or even sterilizing water for a baby bottle, the Chefman 1.8-Liter Cordless Glass Kettle has got you covered. Beautifully bright blue LED lighting illuminates during boiling, and 1100 watts of power boil water faster and 85% more efficiently than stovetop kettles. The tempered, stain-resistant, and BPA-free borosilicate glass was built to withstand high temperatures, while the concealed stainless steel heating element automatically shuts off for boil-dry protection. The ergonomic cool-touch handle was designed with your comfort in mind, and the 360° rotating base lifts and returns cleanly for both right- and left-handed users for easy, cordless pouring. The large capacity makes it easy to brew for the whole day – or the whole family. Plus, the stainless steel exterior will display beautifully on your countertop. 1100 watts/120 volts - RJ11-17-TI NEW

Chefman Electric Glass Kettle, Fast Boiling W/ LED Lights, Auto

Chefman Electric Kettle 1.8L With adjustable temperature

Chefman Digital Electric Glass Kettle Removable Tea Infuser

Maximize your next brew with the Chefman Electric Glass Kettle. The stainless steel glass kettle has an LED light that lets you know when the water is done boiling. A removeable tea infuser is included so you can brew your favorite loose-leaf or bagged teas directly in the stainless steel glass kettle. This electric glass kettle holds 1.8 liters and has a keep-warm feature that maintains the desired temperature for up to 1 hour.

Chefman Cordless Glass Electric Kettle

The Chefman electric kettle makes tea time a little more colorful, offering 5 ideal temperature presets that correspond to an LED colored lights. This kettle boils water quicker than traditional methods.