Need practical and sustainable food-to-go packaging? Then these small Colpac compostable kraft burger boxes are perfect for you. A sturdy paperboard construction gives these burger boxes great strength - so your food-to-go will stay safe and secure when delivered to customers. The clamshell design also ensures a tight closure to keep your takeaway dishes hotter for longer. And thanks to the thick material, these burger boxes can safely serve sauces and dressings without risk of leaking.

Because the boxes are made from recycled paperboard, they can even be commercially composted along with food waste after use. This will help you to divert waste away from harmful landfill sites, instead turning your packaging into compost that's used to grow plants.

This recycled paperboard material means the boxes also require less energy, carbon and raw resources to produce than polystyrene alternatives. So even if you can't compost them, switching to these burger boxes will still help to minimise your environmental impact!

Can I Recycle These Boxes?

Yes, the paperboard material means the boxes can also be recycled after use. To be accepted for recycling, you must make sure they're free from oil, grease, sauces or food waste.

Product features

• Dimensions 70(H) x 108(W) x 108(D)mm
• Material Paperboard
• Weight 16g
• Colour Kraft
• The 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 for more sustainable waste disposal
• Paperboard material means the boxes can also be recycled after use
• Emit less carbon during production than polystyrene alternatives