Silicone Rose Flower Soap Mold – Round 1oz/Cell, 1.7 Inch Diameter, Perfect for Guest Soaps, Bath Bombs, Chocolate, Candles, and Jello Molds – Reusable & Easy Release
Product Description
Silicone Rose Flower Soap Mold – Round 1oz/Cell, 1.7 Inch Diameter, Perfect for Guest Soaps, Bath Bombs, Chocolate, Candles, and Jello Molds – Reusable & Easy Release
- Perfect Size & Capacity: Each rose-shaped mold has a diameter of 1.7 inches and a height of 1.1 inches, holding approximately 1oz of material per cell. It’s ideal for creating small, delicate, and elegant designs.
- High-Quality Material: Made from U.S. food-grade silicone, this mold is safe, durable, and non-toxic. It’s temperature-resistant, ranging from -40°F to 440°F (-40°C to 230°C), making it perfect for soaps, candles, chocolates, jello, and more.
- Versatile & Multi-Purpose: Use this mold to create 15 stunning rose-shaped items at once, including soaps, bath bombs, chocolates, candles, cakes. It’s perfect for weddings, gifts, or selling handmade creations.
- Easy Release & Reusable: The non-stick silicone surface ensures effortless demolding every time. No more struggling with stubborn molds—just pop out your creations cleanly and reuse the mold for endless projects.
- Random Color Selection: Please note that the color of the mold will be randomly selected and may differ from the images shown. If you have a specific color preference, kindly contact us before purchasing.
About Silicone:Heat-resistant temperature of -40 Degrees Celsius to +230 Degrees Celsius, can be re-used, innovative design, soft, varied styles, stripping easy, and easy to clean.
Advantages:Silicone is extremely stable properties, UV, ozone, extreme temperatures, and the vast majority of chemical agents can not change its character. it can be applied to microwave heating, oven baked, non-direct contact with flame cooking, cold storage and freezing. In addition, the silicone material by the U.S. Food and Drug Administration (FDA) food safety testing, direct contact with food without any problems.








