1 Pcs Multi Shape Silicone Chocolate Mould for DIY Candy Bar, Heart & Grid Design, Non-Stick Flexible Silicone Tray for Homemade Chocolates, Ice Cubes, Jelly, Fondant, Baking Mold for Kids & Adults, Microwave Safe, BPA-Free Silicone Kitchen Tool

Name : 1 Pcs Multi Shape Silicone Chocolate Mould for DIY Candy Bar, Heart & Grid Design, Non-Stick Flexible Silicone Tray for Homemade Chocolates, Ice Cubes, Jelly, Fondant, Baking Mold for Kids & Adults, Microwave Safe, BPA-Free Silicone Kitchen Tool

Material : Silicon

Product Breadth : 15 Cm

Product Height : 1.5 Cm

Product Length : 21 Cm

Net Quantity (N) : Pack Of 1

Upgrade your kitchen with this premium Multi-Design Silicone Chocolate Mould – perfect for DIY chocolate lovers, home bakers, and creative dessert makers. This non-stick silicone mould for chocolate is made from BPA-free, food-grade silicone, ideal for crafting homemade chocolates, heart-shaped candy bars, grid-style treats, broken tile chocolate bark, jelly, fondant, fudge, and even ice cubes. This flexible and reusable silicone chocolate tray is microwave safe, oven safe, freezer safe, and dishwasher friendly, making it the perfect choice for every kitchen. Whether you want to make romantic heart-shaped chocolates for Valentine's Day, party favors, birthday return gifts, or grid-style candy bars, this multi-cavity silicone chocolate mould offers versatility, durability, and professional results every time.

Perfect for gifting or everyday baking, this DIY silicone chocolate mould is heat-resistant, easy to clean, and completely reusable. Ideal for making gummy bears, protein bars, chocolate bark, shaped butter, soap moulds, resin art, or cake decorations, this is a must-have baking tool for bakers and hobbyists. Use it as a microwave-safe silicone mould, chocolate bar mould, baking tray for sweets, or freezer mould for desserts. The high-quality design prevents sticking, cracking, and deformation, while the multiple designs – hearts, grids, mosaic patterns – bring fun and cre

Country of Origin : India