3 Pack Large Silicone Square Ice Cube Tray Mold With LID-6 Cubes

Each Chenshia silicone ice cube tray contains 6 compartments, with 3 trays per set. The flexible, non-stick silicone material features individually moulded compartments for effortless removal of large ice cubes. Simply push gently from the base to release the cubes without bending or twisting. Large ice cube dimensions: 5.5 5 5 cm

Food-grade silicone: Safe and non-toxic material compliant with food hygiene standards, suitable for direct food contact for worry-free use.

Additionally, the silicone offers excellent flexibility, heat resistance, and cold tolerance, operating within a temperature range of -40 C to 230 C. It is suitable for both freezer use in making ice cubes and for baking applications such as chocolate moulding or pudding preparation.


Lidded design: The lid prevents ice cubes from absorbing odours within the freezer during freezing, preserving their purity.

It also prevents dust and debris from entering the mould, ensuring hygienic ice production. Furthermore, the lidded design allows for stable stacking during storage, optimising refrigerator space.

Large square ice cubes: These cubes melt at a relatively slower rate, maintaining the cool temperature of beverages for extended periods.

They are particularly suited for drinks like whisky and cocktails, preventing rapid dilution that could compromise flavour.

Easy Release: The silicone material offers excellent flexibility. Once frozen, simply press the base or edge of the tray to effortlessly release the ice cubes without laborious tapping or soaking.

Versatile Functionality: Beyond ice production, these moulds serve multiple baking purposes-crafting square chocolate blocks, sweets, or jellies.

They also excel at freezing baby food or sauces into portioned cubes for convenient storage and retrieval.


Easy Cleaning: The smooth surface of silicone ice cube trays resists staining. Simply rinse with water or place in the dishwasher for cleaning. For stubborn stains, use a mild detergent.