Katy Sue Belt Straps Silicone Mould for Cake Decorating & Crafts for Fondant & Air Dry Clay from Katy Sue Fondant Moulds. Makes 3 Belts with Buckle, Rivet & Clasps. Top Belt 60 x 20 Millimetres

This Katy Sue Belt Straps silicone mould makes 3 belt straps, 2 of which have a buckle and clasps. This mould is perfect for use in cake decorating to add detailed elements to sculpted cakes such as suitcases, leather bags, jewellery boxes, trouser belts and treasure chests. All of the straps have a fine leather-like texture to them. The 1st strap has 2 holes in the belt, rivets and a buckle, the 2nd has a hole, a buckle, metal clasps and rivets. The 3rd third is a plain classic leather texture. Sizing - the top belt with buckle is 60mm x 20mm /or 2¼ inches x ¾ inches, the middle belt with buckle is 75mm x 18mm or 3 inches x ¾ inches and the bottom belt strap is 80mm x 15mm or 3¼ inches x ½ inches. Made from high-quality & food-safe silicone, this Katy Sue mould works beautifully with a host of materials - air drying clay, gum paste, sugar paste, modelling chocolate and fondant icing (we recommend adding a fondant strengthening powder to the fondant for best results using this mould in cake decorating). Whether you're decorating a treasure chest birthday cake, creating a vintage suitcase on a wedding cake, or making a clay keepsake, the intricate details of the belt and buckles make it easy to achieve a professional finish. This UK-made & durable mould is easy to clean and designed for repeated use. Whether you're decorating cakes or crafting clay embellishments, this versatile mould will help your designs come to life with ease. It's very easy to use. Simply dust the mould before use with a touch of cornflour or rub it lightly with a small amount of vegetable fat (like trex) before use and your material will not stick and will release with ease. This Katy Sue Designs silicone mould is designed, tested & made in the UK from food-safe and approved silicone. The mould is easy-to-clean, dishwasher-safe and temperature-safe to 200˚C.