Project Ten Daisy Medium Insulated Tote Bag

$25.00~~$29.00~~

Available: In stock

The Project Ten Daisy Medium Insulated Tote Bag is a reusable carry bag designed to transport lunches, snacks, groceries, and other everyday items while helping...

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The Project Ten Daisy Medium Insulated Tote Bag is a reusable carry bag designed to transport lunches, snacks, groceries, and other everyday items while helping maintain their temperature. Featuring a vibrant all-over Daisy print, this medium-sized tote is suitable for work, school, picnics, and small grocery trips. It is made from sturdy recycled plastic (RPET) with a matte finish and features a full zip closure and soft woven handles for convenient carrying.

Key Features

Medium-sized insulated tote with an all-over Daisy print
Approximate dimensions: 34cm H x 30cm W x 20cm D
Full zip closure helps keep contents secure
Insulated construction helps maintain the temperature of contents
Soft woven handles for comfortable carrying
Matte-finish fabric made from recycled plastic (RPET)
Reusable design suitable for lunches, snacks, groceries, and everyday items
Suitable for work, school, picnics, and small grocery trips

How to Use

Open the zipper and place food containers, drinks, groceries, or other items inside the tote.
Distribute the contents evenly to help maintain stability while carrying.
Close the zipper fully before transport to help keep the contents secure.
Carry the tote using the woven handles and avoid overloading it.
After use, wipe the interior and exterior with a damp cloth and allow the bag to dry completely before storing.

Contains

1 x Project Ten Daisy Medium Insulated Tote Bag

Warnings

Do not place sharp or pointed objects inside without adequate protection, as they may damage the material.
Keep away from open flames and high heat sources, as the synthetic material may melt or deform.
Not suitable for use in ovens, microwaves, or dishwashers.
Do not use as a cooking or heating vessel.
Supervise young children when using the bag to help prevent potential suffocation or entanglement hazards from the handles.