
Palksky 3 Pieces Letter Molds For Chocolate Covered Strawberries, Silicone Fondant Molds For Breakable Hearts And Cake Decoratin
$16.01
Frequently Asked Questions
- Q: What materials are the Palksky letter molds made from? A: The Palksky letter molds are made from food-grade silicone, making them safe for use with both edible and non-edible materials.
- Q: Can these molds be used for both chocolate and resin? A: Yes, these molds are versatile and can be used for melting chocolate, resin casting, and a variety of other creative projects.
- Q: How do I clean the silicone molds after use? A: You can clean the silicone molds with warm soapy water. After cleaning, dry them thoroughly and store them flat in a cool place.
- Q: What temperatures can the silicone molds withstand? A: The molds are heat resistant up to 446°F (230°C) and cold resistant down to -40°F (-40°C), making them suitable for various cooking and baking applications.
- Q: What sizes are the letters and numbers in the molds? A: The letters and numbers in the molds are approximately 0.7 inches in size, making them suitable for small treats and decorations.
- Q: Are these molds suitable for children to use? A: Yes, the molds are designed to be fun and safe for all ages, making them a great activity for children with adult supervision.
- Q: Can I use the molds in the microwave or dishwasher? A: Yes, the silicone molds are microwave and dishwasher safe, providing convenience for both cooking and cleaning.
- Q: What types of projects can I create with these molds? A: You can use these molds for making chocolate covered strawberries, breakable hearts, gummies, candies, ice cubes, and even resin crafts like pendants and keychains.
- Q: Do I need to oil the molds before use? A: No, the silicone material is non-stick, so there is typically no need to oil the molds before pouring in chocolate or resin.
- Q: What should I do if the molds become misshapen? A: If the molds become misshapen, you can restore them by placing them in warm water for a short time, after which they should return to their original shape.