Gabee - Recycled Polyester ECO SHOPA Convertible tote Bag & Backpack

Description

Meet the ECOSHOPA 2-in-1 Foldable Shopping Bag, a versatile and eco-friendly solution for everyday carrying needs. Designed with both sustainability and practicality in mind, this innovative bag is crafted from durable recycled polyester, making it an environmentally conscious choice for shoppers and commuters alike. Its clever convertible design allows the ECOSHOPA bag to easily transform from a tote to a backpack with a simple pull on its straps, offering flexibility for work, school, errands, or travel.

The ECOSHOPA bag is more than just stylish—it’s highly functional. Featuring a deep gusset, it provides maximum carrying capacity, allowing you to store groceries, books, or daily essentials with ease. An internal zipped pocket ensures your wallet, keys, phone, and smaller accessories remain safe and organized, while the foldable design allows the entire bag to zip neatly into its own pocket, making it compact enough to slip into your handbag or car for on-the-go convenience.

With a lightweight yet durable construction, this bag is ideal for those who value both eco-conscious fashion and practicality. The ECOSHOPA bag also features a distinctive logo print, adding a touch of modern style to your everyday routine. Available in Black, Navy, Grey, Orange, and Taupe, it’s easy to match with any outfit while supporting reuse, reduce, and recycle principles.

Whether you’re heading to the supermarket, the office, or a weekend getaway, the ECOSHOPA 2-in-1 Foldable Shopping Bag is the perfect companion, combining versatility, durability, and sustainability in one smart, stylish package.

Key Features

• Lightweight recycled polyester for durability and sustainability

• 2-in-1 convertible design: tote to backpack

• Zipped internal pocket for wallet, keys, and accessories

• Deep gusset for maximum carrying capacity

• Foldable & compact for easy storage

• Available in Black, Navy, Grey, Orange, Taupe

• Promotes reuse, reduce, and recycle principles