7th Sep 2026, 08:07 AM
HKNMTT 2Pcs Mini Rose Silicone Molds, 3D Flower Chocolate Fondant Moulds
Price may vary by location, shipping cost, and availability.
Lowest ever
$6.99
Highest: $9.99
Average: $7.99
Lowest: $6.99
Price History Graph
Offer Price Prices
Lowest: -
Average: -
Highest: -
Price History Information
You can check the price history of HKNMTT 2Pcs Mini Rose Silicone Molds, 3D Flower Chocolate Fondant Moulds here. This product's current Price in USA is $6.99. The average and highest prices are $7.99 and $9.99 respectively.
| Lowest Ever Price | $6.99 |
|---|---|
| 6th Sep 2026 | |
| Average Price | $7.99 |
| Based on 7 days price tracking | |
| Highest Price | $9.99 |
| 4th Sep 2026 | |
Price History of All Variants of HKNMTT 2Pcs Mini Rose Silicone Molds 3D...
Offer Price: $8.99
HKNMTT 2Pcs Silicone Heart Molds for Chocolate Muffin 12-Cavity Nonstick
Get Deal
Offer Price: $8.99
HKNMTT 3Pcs Soap Molds 6-Cavity Multi-Design Silicone Mold for DIY Craft
Get Deal
Offer Price: $7.99
HKNMTT 2Pcs Mini Buntz Cake Pan 6-Cavity Non Stick Baking Molds 3 Shaped
Get Deal
Offer Price: $6.99
HKNMTT 2Pcs Mini Rose Silicone Molds, 3D Flower Chocolate Fondant Moulds
Get Deal
Current Price in USA
| Price | $6.99 |
|---|
Recent Price Drops on HKNMTT 2Pcs Mini Rose Silicone Molds, 3D Flower Chocolate Fondant Moulds
Price Drop 5th Sep 2026
$9.99 → $6.99
30.03% drop
Product Information
Details
| Product Name | HKNMTT 2Pcs Mini Rose Silicone Molds, 3D Flower Chocolate Fondant Moulds |
|---|---|
| Store Product Code | B0H6VXLY3C |
| Store Name | amazon.com |
| Brand | HKNMTT |
| Rating | 9.2 / 10 |
| Category | Chocolate Molds |
| Product Manufacturer | HKNMTT |
| Model Number | KD107APK |
| Color | Pink |
Features
- FULL 3D ROSE SHAPES WITH FINE PETAL DETAILS: Each cavity features a dimensional rose design with layered petals and defined textures. The detailed 3D shape captures the natural look of a blooming rose, helping create polished floral decorations that stand out on cakes, cupcakes, chocolates, and other desserts
- EASY RELEASE: The flexible silicone material allows finished roses to release smoothly and easily. Gently press the bottom of each cavity to remove delicate chocolate, fondant, or candy creations while helping preserve the flower shape and petal details
- FOOD-GRADE SILICONE, SAFE FOR BAKING: Made from high-quality, food-grade, BPA-free silicone, HKNMTT rose flower molds are suitable for making edible creations with chocolate, fondant, candy, and other food ingredients. Flexible and reusable for repeated baking and decorating projects
- MULTIPLE ROSE SIZES FOR VERSATILE DECORATING: Measuring 3.76 2.36 inches overall, the mold features rose designs ranging from 0.39 to 1.18 inches in diameter. From tiny floral accents to larger rose decorations, the different sizes make it easy to add elegant details to cupcakes, chocolates, cakes, and fondant creations
- CREATE BEAUTIFUL ROSE DESSERT DECORATIONS: Designed for a variety of sweet creations, these mini rose silicone molds are perfect for making chocolate roses, fondant flowers, cake toppers, cupcake decorations, candy, and other delicate dessert accents. Add elegant floral details to desserts for birthdays, weddings, parties, and everyday baking
- HEAT & COLD RESISTANT: Designed to withstand temperatures from -40F to 446F (-40C to 230C), this silicone mold is suitable for baking, chilling, and freezing. From melted chocolate to frozen creations, it provides reliable performance across a wide range of temperatures
- TWO MOLDS FOR MORE EFFICIENT CREATING: Includes 2 rose silicone molds, allowing you to make multiple flower decorations in one batch. Great for preparing desserts for birthdays, parties, weddings, holidays, and other celebrations
Images
× ![]()
Rating and Reviews
9.2 Based on 2745 reviews
HKNMTT 2Pcs Mini Rose Silicone Molds 3D has 9.2 rating out of 10. This average rating is consist of 2745 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.