ZWILLING
Sorrento
Tea and coffee pot
Description
The stylish teapot from the SORRENTO series by ZWILLING for exquisite tea creations is a must for every household. It combines the traditional ritual of drinking tea with modern materials and a puristic design. At the same time, the preparation can be done according to one's own preferences. Since many types of tea only develop the full aroma of the tea leaves, herbs and spices when they are brewed at 80 to 100 °C, the teapot can be used for these temperatures without any problems. Both the teapot warmer and the lid and tea strainer are made of easy-care, high-quality 18/10 stainless steel. The silicone coating of the lid ensures that the tea is optimally covered, can steep in peace and develop its full aroma. In addition, thanks to the close-meshed tea strainer, particularly fine teas, such as chai or fine green tea, can be gently filtered and then enjoyed in peace. The teapot is a must-have for perfect tea enjoyment.
- 800 ml capacity
- Pot is crafted from heat-resistant and durable borosilicate glass
- Non-drip spout
- 18/10 stainless steel pot lid
- Set contains teapot with teapot warmer and tea strainer
- Dishwasher safe
- Weight: 0.79 kg, capacity: 0.8 L
- Designed by Matteo Thun & Antonio Rodriguez
Specifications
- Item no. 39500-142
- Color: transparent
- Substance: glass
- Double wall glass: Yes
- Net weight: 0.785 kg / 1.73 lbs
- Capacity: 0.8 l / 0.85 qt
- Length of product: 21.4 cm / 8.43 in
- Width of product: 20.4 cm / 8.03 in
- Height of product: 18.2 cm / 7.17 in
Elegant teapot set
The combination of high-quality stainless steel, exceptionally heat-resistant glass and the close-meshed tea strainer ensures particularly high-quality tea creations.
Special lid design
The practical lid has a silicone coating that ensures that the teapot, strainer and lid always stay in place - without wobbling.
High-quality stainless steel
The stylish look of the teapot is designed by Matteo Thun and Antonio Rodriguez. This makes the pot an eye-catcher which perfectly combines design and functionality.
