Zenrc Traditional Matcha Bowl With Pouring Spout And Whisk Holder (Reshaper) - Retro Matcha Green Tea Chawan Kit- 22Oz Big Salad
$19.15
Frequently Asked Questions
- Q: What is the capacity of the ZENRC Traditional Matcha Bowl? A: The ZENRC Traditional Matcha Bowl has a capacity of 22 ounces (650ml), making it ideal for whisking matcha or serving salads, soups, and porridge.
- Q: Is the ZENRC Matcha Bowl microwave and dishwasher safe? A: Yes, the ZENRC Matcha Bowl is microwave and dishwasher safe, allowing for easy cleaning and convenient use.
- Q: What material is the ZENRC Traditional Matcha Bowl made from? A: The bowl is made from ceramic, which is BPA-free, lead-free, and 100% recyclable, ensuring safety during food preparation.
- Q: How should I care for the ZENRC Matcha Bowl? A: To care for the ZENRC Matcha Bowl, handle it with tenderness as it is fragile. It is also recommended to clean it gently by hand or use the dishwasher.
- Q: What are the dimensions of the ZENRC Matcha Bowl? A: The bowl has a diameter of 15 cm (5.9 inches) and a height of 7.5 cm (2.9 inches).
- Q: Does the ZENRC Matcha Bowl come with a whisk holder? A: Yes, the ZENRC Matcha Bowl includes a whisk holder with a height of 7.8 cm (3.1 inches) and a diameter of 6.8 cm (2.7 inches).
- Q: Is the ZENRC Matcha Bowl suitable for serving food other than matcha? A: Yes, the bowl is versatile and can be used for serving salads, soups, porridge, and other foods due to its generous capacity.
- Q: What makes the pouring spout of the ZENRC Matcha Bowl useful? A: The handy shaped pouring spout allows for precise pouring without spills, making it convenient for serving liquids.
- Q: What kind of warranty does the ZENRC Matcha Bowl come with? A: The ZENRC Matcha Bowl comes with a satisfaction guarantee, offering free replacements if the product is damaged during delivery.
- Q: Is the ZENRC Matcha Bowl resistant to thermal shock? A: Yes, the ceramic material used in the ZENRC Matcha Bowl is heat-resistant and resistant to thermal shock, ensuring durability during use.