A
Elegant
Beautiful molds! A bit bigger than expected, but they are very durable
✔ Verified Purchase
TUKE Lace Molds for Cake Decorating 3D Leaf Silicone Molds for Baking Gummy Molds Clay Fondant Molds Lace Mats Flower Honeycomb Bee Pattern for Sugar Chocolate Polymer (Circles_11.8x4.4x0.12inch_T)
(4.6)
73 Reviews
#commissionsearned
Specifications
- Brand: TUKE
- Color: Gray
- Material: Silicone
- Item Dimensions: 11.8 x 4.4 x 0.12 inches
- Item Weight: 0.16 Pounds
- User Rating: 4.6 based on 73 reviews
The TUKE Lace Molds for Cake Decorating is an innovative tool designed to elevate your baking experience. This flexible and versatile silicone mold makes it easy for you to create intricate 3D leaf designs, perfect for adding a professional touch to your cakes and desserts. With a size of 11.8 x 4.4 x 0.12 inches, it fits comfortably in various kitchen settings, making it a must-have for any baking enthusiast.
Features
- Candy Mold: Ideal for baking production swing plates, suitable for pigment mixed sugar and syrup production.
- Easy to Use: Flexible construction allows for effortless demolding and cleaning; can withstand temperatures from -40 to 230 °C.
- Material: Made from durable silica gel that ensures safety and longevity; non-stick feature aids in preserving the integrity of your baked goods.
- Versatile Applications: Perfect for cake decorations, homemade soap, resin casting, polymer clay projects, and more.
- Non-Stick Surface: Enhances ease of unmolding; recommended to apply butter for the best results.
- Easy to Clean: Dishwasher safe and can be easily washed with water or detergent.
Pros
- Flexible and easy to work with, ensuring excellent results with minimal effort.
- Durable silicone material resists wear and tear, promising longevity.
- Highly versatile, suitable for various materials including chocolate, clay, and fondant.
- Dishwasher safe design simplifies post-baking cleanup.
Cons
- Some users may find the flexibility challenging when pouring heavier mixtures.
- Requires a small amount of butter to achieve optimal non-stick performance.