These ivory-white, semi-transparent compostable mailing bags are made from natural potato-starch and other biologically sourced polymers. The compostable material is thermoplastic-free and plasticiser-free and can also be home-composted. The back of the mailing bags are printed with a green compostable leaf logo and the words 'COMPOSTABLE for a better world', with 'MATERIAL CONFORMS TO EN 13432' underneath. The bag has a self-adhering *peel 'n seal strip (please see below).
100% biodegradable and compostable in accordance with EU directive EN-13432.
Biobased carbon-share of entire formulation exceeds 30% (in accordance with ASTM D6866).
Designed to disintegrate in industrial compost units in less than 90 days.
Suitable for domestic composting (disintegration time will vary, normally taking longer than 90 days).
Store bags away from direct sunlight, humidity and other heat sources - use within twelve months of delivery.
Sender address box and safety warning notice printed on the flap.
Due to the nature of the material the peel 'n seal strip is only semi-permanent on initial contact sealing. A more permanent seal may require the mailer to be left at room temperature for several hours once sealed.
Medium compostable packing bag, made from milky-white compostable material with 20 micron thickness. Printed with leaf logo and 'Compostable' message. EN13432-compliant. Heat-sealable.
Leaf Compostable Double Wall Cups are an ideal solution for serving hot beverages including coffees, lattes, hot chocolates, and teas whilst providing an eco-friendly compostable option.
300mm/480mm wide x 580mm length, 28 micron thickness
Large green semi-transparent compostable vest carrier with printed '100% compostable' text and logo. Strong 28 micron bag thickness. Complies with composting standard EN13432.
Unlike nearly all other disposable coffee cups, ours are made from fully compostable sugarcane residue, making it perhaps the most sustainable single use cup in the world. These cups are made from sugar cane fibre. When sugar is extracted from sugar cane, a large quantity of residual fibre is a natural waste product of the process.