Colpac Compostable Kraft Burger Boxes (250 Pack) p_ge802

For practical, sustainable food-to-go packaging, choose these Colpac compostable kraft burger boxes. A strong paperboard construction gives these burger boxes extra sturdiness to keep your food-to-go protected when delivered to customers. The clamshell design ensures a tight lid fit too - retaining heat to keep your burgers, pies and sides hotter for longer. And thanks to the thick material, you can even serve sauces and dressings in these burger boxes without risk of them leaking. Because they're made from recycled paperboard, these burger boxes can even be commercially composted along with food waste after use. This will help you and your customers to send less waste to landfill, instead turning the containers into nutrient-rich compost that's used to grow more plants. This recycled paperboard material means the burger boxes are kinder to Earth and its finite resources too. So even if you can't compost them, switching to these clamshells will still help to reduce your impact on the planet! Are These Burger Boxes Recyclable? Yes! Because they're made entirely from paperboard, the boxes can also be recycled after use. You must make sure they're free from heavy soiling however, as any leftover grease or food waste will contaminate the recycling process. Material: Paperboard Weight: 16g Colour: Kraft Recycled paperboard material is kinder to Earth's natural resources Sturdy construction keeps food-to-go protected during delivery Thick material allows you to serve sauces and dressings without risk of leaks Tight-fitting clamshell design keeps food warmer for longer Kraft colourway offers a natural look that'll enhance your dish presentation Plain design allows you to personalise with your own branding Supplied fully assembled for use straight out of the box Can be stacked for space-saving storage Ideal for serving burgers, pies, chips and salads Can be commercially composted after use Paperboard material means the boxes can also be recycled after use Emit less carbon during production than polystyrene alternatives