Skater Hello Kitty Kids Thermal Aluminum Lunch Box 370ml

The Skater Aluminum Thermal Lunch Box for Kids with Lunch Belt presents a robust and convenient option for maintaining freshness and separation of your child's food throughout the day. Crafted from aluminum, it offers superior thermal properties for temperature retention, whether the contents are warm or cool. Its petite size and featherlight construction are ideal for preschool or school, guaranteeing effortless carrying for young ones.

This meal container includes practical partitions that keep rice and side dishes tidily apart, safeguarding the taste and visual appeal of every meal element. The accompanying lunch belt provides added security, ensuring the container remains firmly sealed during transport. Featuring an adorable Hello Kitty motif, it blends utility with delight, transforming lunchtime into a pleasant occasion for kids.

• Product Material: Aluminum Polypropylene

• Manufacturer: Skater

• Made in: Japan

• Constructed from aluminum for excellent thermal transfer and rapid cooling
• Comes with useful partitions for keeping rice and side dishes apart
• Equipped with a natural rubber meal strap for dependable sealing
• Small dimensions perfect for preschool or school meals
• Showcases an endearing Hello Kitty pattern to charm kids
• Weighs only 100 grams, ensuring simple transport
• 370 ml volume, appropriate for smaller portions

Employ this lunch container for packing meals, leveraging the internal partitions to keep various foods distinct. Fasten the cover with the natural rubber meal strap to avert leaks while traveling. This food box is intended for hand washing exclusively; refrain from using it in the microwave, dishwasher, or dryer to preserve its condition.

Hand wash the lunch container carefully with gentle soap and water. Steer clear of harsh cleansers or abrasive sponges that could harm the anodized aluminum finish. Do not put this food box in the microwave, dishwasher, or dryer. Permit it to air dry fully prior to storage to deter moisture accumulation.