Stylish and Sustainable Cross-Body Insulated Lunch Bags for every occasion.

Pelli Insulated Lunch Shoulder Bags are made from high-quality, natural, recycled and recyclable materials, making them eco-friendly and sustainable.  

Our range of Cross-Body Lunch Bags are strong, lightweight and durable to make waste-free lunches a breeze.  The highly efficient insulated layers will keep the heat out and the cold in, for convenient make-your-own work lunch, or lunch on the run. The handbag-style shoulder strap is adjustable and removable for when you’re on the move.

Pelli Cross-Body Lunch Bags come are generous in size for the foodie, those chasing healthier habits, or speedy on a budget. 

All Pelli Cross-Body Insulated Lunch Bags are polyester-free, meaning they will never end up as microplastics in our ocean at the end of their life cycle. 

These waxed canvas, canvas and jute Lunch Bags are perfect for the every day, and can be spot cleaned at a pinch. The canvas lunch bags can be gently hand washed.  

Pelli’s jute lunch bags (often called hessian cooler bags) are also naturally dirt and water resistant, with a rustic texture that only gets better with age. 

Once you have selected the perfect lunch bag, you can then pimp your lunch by adding some waste-free lunch accessories.  Add, the sustainable stainless water bottle, of reusable coffee cup for lunch jaunts without the waste-worry. 

The coffee tumbler, also doubles as the perfect juice or smoothie cup for the you or the kids, and makes refusing the plastic cup easy-peasy. 

End of Life: 

The external material is 100% natural.  We recommend that you upcycle or recycle the cotton canvas if possible.  If not, canvas and waxed canvas can be separated from the internal layers of the bag and placed directly into your home-compost or FOGO bin. 

The internal insulation is made from recyclable aluminium and can be placed into your home recycling bin. 

Below the aluminium layer, you find a foam PE which is also 100% recyclable and can be recycled with your soft plastics through redcycle or similar.