Smeg Klf03 Retro Style Jug Kettle, 300W, 1.7L

Smeg

Smeg KLF03BLUK 50s Retro Style Jug Kettle, Soft Opening, 360 Swivel Base, Anti-Slip Feet, 300W, 1.7L, Black Smeg's iconic retro design offers a pop of colour and a premium enamelled finish. With a generous capacity of 1.7 litres, Smeg's KLF03 kettle makes up to 7 cups of tea or coffee. ELEGANTLY DESIGNED The spout has been specially designed with a balanced weight for an easy pour. The elegant soft opening lid not only looks beautiful but allows for easy filling and ensures that any condensation runs back into the kettle. SUPERFAST BOIL With a 3000W power output, the kettle offers superfast boiling and there is also an automatic switch off at 100°C for added piece of mind. The kettles enamelled stainless steel surface ensures excellent heat conduction to keep your water hotter for longer. LIMESCALE FILTER Cleaning is made easy thanks to a removable limescale filter in the pouring spout, and concealed element in the base, removing any impurities before getting to your cup. 360° SWIVEL BASE The 360-degree swivel base means that the kettle can be placed anywhere in the kitchen and has a handy 1 meter cable tidy to keep your countertop clear. The anti-slip feet will ensure that the kettle stays firmly in place no matter the task. THE BREAKFAST SET Why not complete the look and get a matching toaster to compliment your kettle, creating the perfect breakfast set. Colours range from neutral creams and whites to pastel pinks and greens in a variety of sizes. Base Type: 360 degree swivel base Depth: 171 MM Height: 248 MM Width: 226 MM Capacity: 1.7 Capacity - Litres: 1.7 Illumination: Y Retro styling with a mixture of Italian quality and design. Offering, not only the best technology but also the perfect design statement for your kitchen. Large capacity, offering 1.7L of capacity ideal for hosting bigger capacities Stainless steel body offering complete strength and durability Automatic shut-off It will turn off when no liquid is detected, also when the jug is lifted off from the base and when the water reaches 100C degrees