Rfghac Mini Bow Silicone Molds Bowknot Fondant Chocolate Mold For Cake Decorating Cupcake Topper Candy Gum Paste Polymer Clay Se
$6.54
Frequently Asked Questions
- Q: What materials are the RFGHAC Mini Bow Silicone Molds made of? A: The RFGHAC Mini Bow Silicone Molds are made of 100% food grade silicone, ensuring they are safe for food use and easy to clean.
- Q: What are the dimensions of the silicone molds? A: Each bow mold measures 3.23 x 3.23 inches, and the set includes two different bow silicone molds.
- Q: Can these molds be used in the microwave and oven? A: Yes, these silicone molds are suitable for use in the microwave, oven, refrigerator, and freezer, with a temperature tolerance range from -40℃ to 230℃.
- Q: What types of projects can I use these molds for? A: These molds can be used for a variety of projects including cake decorations, fondant, chocolate, cookies, muffins, candy, gum paste, and even soap or wax.
- Q: Are the molds easy to clean? A: Yes, the non-stick design of the silicone molds allows for easy release of your creations, and they can be washed by hand or placed in the dishwasher.
- Q: How should I care for the silicone molds to ensure longevity? A: To maintain the molds, wash them with water before first use, avoid exposure to direct heat, and do not scratch them with sharp objects.
- Q: Is there a warranty or satisfaction guarantee for this product? A: Yes, RFGHAC offers a 100% money refund or replacement if you have any questions or concerns about the Mini Bows Silicone Molds.
- Q: Are these molds safe for children to use? A: While the molds are made from food-grade silicone, adult supervision is recommended when children are using them, especially when baking.
- Q: Can I use these molds for making soap or candles? A: Yes, these molds are versatile and can be used for making soap, candles, and a variety of other DIY crafts.
- Q: What should I do if the molds have dust on them before use? A: Before using the molds for the first time, it is recommended to wash them with water to remove any surface dust.