
Hamilton Beach Digital Temperature Control Electric Tea Kettle, Hot Water Boiler & Heater 1.7L, 5 Preset Modes + Keep Warm, Fast
$73.65
Frequently Asked Questions
- Q: What is the capacity of the Hamilton Beach Digital Temperature Control Electric Tea Kettle? A: The kettle has a capacity of 1.7 liters, making it suitable for preparing multiple cups of tea or hot beverages.
- Q: Does this kettle have preset temperature modes? A: Yes, the kettle features five preset temperature modes for different types of tea and coffee, ensuring optimal brewing conditions.
- Q: Is the exterior of the kettle safe to touch when in use? A: Yes, the kettle has a cool-touch exterior, handle, and spout that remain cool to the touch during operation, providing safe handling.
- Q: What material is the interior of the kettle made from? A: The interior of the kettle is made from durable stainless steel, which is BPA-free and easy to clean.
- Q: How does the automatic shutoff feature work? A: The kettle automatically shuts off after the 30-minute keep warm mode ends and has boil-dry protection to prevent damage if it runs dry.
- Q: What is the wattage of the kettle, and how does it affect boiling time? A: The kettle operates at 1,500 watts, allowing for fast boiling, making it quicker than a microwave for heating water.
- Q: Can I use this kettle for making French press coffee? A: Yes, the kettle’s preset modes include one specifically for French press coffee, ensuring the right temperature for optimal brewing.
- Q: How easy is it to clean the kettle? A: The kettle is designed with a concealed heating element and a MAX fill line, making it easy to clean and fill without tricky shapes.
- Q: Is the kettle suitable for making different types of tea? A: Yes, the kettle has specific modes for green tea, white tea, oolong tea, black tea, and boiling, catering to various tea preferences.
- Q: What safety features does this kettle include? A: The kettle includes automatic shutoff and boil-dry protection, ensuring safety during use and preventing overheating.