Polar Gear Football 600ml Kids Water Bottles with Straw Back to School Supplies Girls Boys Water Bottle - Water Bottle for Kids, Blue

The Polar Gear Football 600ml Kids Water Bottles come in a single size, which is designed to fit the needs of children. The dimensions are approximately 9.05 inches tall and 3.35 inches wide.

These water bottles are made from BPA-free plastic, ensuring they are safe for use by kids and durable enough to handle daily use at school or during activities.

Each order of the Polar Gear Football 600ml Kids Water Bottles includes one water bottle. The product is sold individually, so you will receive just this single item per purchase.

These water bottles are perfect for kids who need a convenient way to stay hydrated during school or playtime. They fit well in backpacks and come with a straw for easy drinking on the go.

The Polar Gear Football 600ml Kids Water Bottles are designed to be durable, made from high-quality BPA-free plastic that can withstand everyday use without cracking or leaking.

This model is specifically designed for kids with a unique football-shaped design. If you're looking for another option, we also have traditional cylindrical designs available in various sizes and colors to suit different needs.

The Polar Gear Football 600ml Kids Water Bottles are designed to fit comfortably in a child's hand and can easily fit into most backpacks. Measure your child’s hand to ensure it fits well, or check if their current water bottle is similar in size.

Currently, the Polar Gear Football 600ml Kids Water Bottles are only available in blue. However, they do come in various designs and shapes to match different preferences and styles.

With proper care, these water bottles should last for several months or even years. The BPA-free plastic is durable but may show signs of wear over time with regular use.

For easy cleaning, you can wash the Polar Gear Football 600ml Kids Water Bottles by hand using mild soap and warm water. Avoid using harsh chemicals or abrasive sponges that could damage the surface.