Gyedtr Spring Home Decor Kitchen Silicone Make A Container Ice Box Single Rose Flower Frozen Make A Container Diy Ice Ball Maker Whiskey

Kitchen Silicone Make A Container Ice Box Single Rose Flower Frozen Make A Container Diy Ice Ball Maker Whiskey Ice Tray Sphere Ice Make A Container Features: Safe material: This rose flower ice ball maker is made of silicone. It is safe BPA free hygienic and odorless. The silicone and PET closed well at the edges. This allows the rose flower ice square to remain a perfect sphere after being filled with water instead of falling apart. Easy released design: the bottom of the rose flower ice ball maker make a container is made of good quality soft silicone material which makes it easy to release the rose flower ice ball. To release the rose flower ice ball you can press the silicone bottom. After taking out from the freezer it is recommended to let the Ice container and the ice ball stand for one minute to release. Beautiful look: this cute colored sphere rose flower ice container is a beautiful in your freezer. When you take the cute ice container out of the freezer and take the perfectly shaped ice out of it you will feel that making ice is not just a process but a pleasure. Extra large rose flower ice ball size: this ice ball ice container can make about 5cm extra large rose flower ice balls just one of which will keep your drink cold and refreshing for a long time. The large ice ball melts slowly for long-lasting coldness and will not dilute your drink quickly. You can put it in your iced tea cocktails whiskey coffee and enjoy the taste of your drink. A good gift: the high-value rose ice container is a unique ice-making item in summer and it is also a good home item for relatives and friends Specification: Material: abs Pack Size:5.5x7cm/2.2x2.8in Package List: 1 x Ice container Notes: Due to different displays and lighting effects the actual color of the product may be slightly different from the color shown on the picture. Thanks! Due to manual measurement please allow slight measurement deviation.