Product Details

Colour Name: Grey
Brand: Samuelworld
MPN: Does not apply
UPC: Does not apply
EAN: Does not apply

• Material: Silicone
• Colour: Grey
• Brand: Samuelworld
• Shape: Square
• Product dimensions: 15.5L x 15.5W x 10.4H centimetres
• Brand: ‎Samuelworld
• Colour: ‎Grey
• Product Dimensions: ‎15.49 x 15.49 x 10.41 cm; 360 Grams
• Material: ‎Silicone
• Item Weight: ‎360 g
• Date First Available: 23 Mar. 2020

• AMAZING VALUE COMBO PACK: Get 4 large round ice cubes moulds with 6 symmetrical giant ice cubes, at an amazing value! Samuelworld's premium ice cube trays for freezer are perfect to cool your craft cocktails, iced cold brew coffee, popsicle & frozen lemonade.
• FOOD GRADE SAFE & BPA FREE SILICONE: Made with 100% food grade silicone premium quality silicone, our nontoxic, odorless & BPA-free ice trays are safe for use. Our ice cube molds for cocktails are durable and safe in the freezer, microwave, and dishwasher.
• CRAFTED FOR PERFECTION: Samuelworld's range of 6.4 cm ice ball trays are designed with an integrated funnel system, for a more efficient fill that is just so easy to use and also mess-free. The food-grade silicone helps with ease of portability, coupled with the flexibility to reduce leakages.
• EASY TO USE & CLEAN: Our flexible ice molds can be easily pushed or twisted from the bottom to remove ice cubes for an easy release. The non-stick surface of our silicone ice cube molds makes it super easy to clean and it is dishwasher safe. Only the very best of materials that prevents smells and stays clean-tasting are used with every tray produced.
• KEEP DRINKS ICE COOL FOR LONGER: Our mega large ice cubes take an age to melt! Giving you plenty of time to warm the party up: No more topping up ice, no more diluted drinks: Your choice of 2 large ice cube moulds: Giant ice balls for gin and tonic and you didn't think you could be cool and have big balls. Huge ice squares for whiskey, brandy, rum and soft drinks are like bricks for building a perfect cocktail. The ultimate ice ball maker as well as perfect ice squares