Hervidor eléctrico Cecotec Thermosense 210 Steel 718

The Cecotec Thermosense 210 Steel 718 electric kettle combines a 1.7L capacity with 2200W power in a stainless steel body designed for everyday kitchen use. It is intended to heat water quickly for tea, coffee and other hot beverages while offering a durable exterior and a contemporary appearance suitable for modern kitchens.

Advantages

The stainless steel construction increases resistance to impact and wear while maintaining a neutral, modern finish that integrates with most kitchen styles. A 2200W heating element provides rapid boiling performance for reduced waiting time. The 1.7L capacity balances household needs and countertop space, allowing multiple cups per boil. The kettle includes standard safety and convenience features expected in electric kettles to support daily operation.

Suitable for

• Preparing tea, coffee and instant beverages
• Heating water for cooking tasks such as soups or instant noodles
• Household use in kitchens, office kitchenettes and small shared spaces

Key specifications

• Capacity: 1.7 litres
• Power: 2200 watts
• Material: stainless steel body
• Design: corded electric kettle with detachable base (standard for this type)

How to use

Fill the kettle with the required amount of water up to the indicated maximum capacity, place it on its base and connect the base to a suitable mains socket. Activate the kettle using the power switch; the heating element will bring the water to boiling. After the kettle switches off automatically, lift it from the base and pour the heated water safely. Allow the kettle to cool before refilling or cleaning, and follow any manufacturer instructions provided in the user manual for safe operation.

Recommendations

For efficient performance and longer product life, use filtered or potable tap water, descale regularly according to local water hardness, and avoid overfilling beyond the maximum capacity. Keep the exterior dry and clean with a soft cloth and do not immerse the base or electrical components in water.