Please fill out the form below to request a sample of the product. We will send you a free sample of the product to the given address.
Shop safely
Secure your shopping experience with various safe and trusted payment methods.
Payment methods
Fully CO₂-compensated
As the first European provider of food service packaging, we offset all CO₂ emissions – from the cultivation of raw materials, to the transportation and operation of our offices, to the disposal of the products. This means that our activities and products are 100 percent CO₂-compensated.
Fast Delivery
We deliver within 2-3 working days.
Double cardboard, sturdy
PLA coating
Petroleum-free
DIN 13432
Biodegradable
Steam-permeable
Sustainable Paper Membrane Lid for Safe Transport of Hot Foods
Want to let your customers enjoy hot meals on the go? Our sustainable cardboard membrane lid is ideal for secure transport. It reliably seals our coated cardboard bowls while allowing steam to escape. This feature prevents pressure buildup that could cause the lid to loosen. The brown double-layered cardboard lid is recyclable and biodegradable according to DIN 13432. Just like the cardboard bowls, the membrane lid is coated with recyclable, petroleum-free PLA to prevent sogginess.
The cardboard membrane lids are perfect for transporting hot dishes like soups, stews, pasta dishes, or fried potatoes. Whether for butchers, market stalls, large events, food stands, or delicatessens—wherever customers need this service, the cardboard membrane lids make hot food to go an enjoyable experience.
Product
Height: 17 mm
Weight: 27 g
Diameter (bottom): 186 mm
Packaging
EAN: 4260535394944
Length: 186 mm
Width: 186 mm
Height: 326 mm
Weight: 0.69 kg
Pieces per Carton: 25
Biodegradable
This product is completely bio-degradable. In case that it contains plastics, only bio-plastics, which decompose in a natural way, are used.
FSC® Certified
This product is FSC® certified. FSC® stands for Forest Stewardship Council and is an international certification system for sustainable forest management.
Bio-based, less CO2
By the use of bio-based resources, such as bio-plastics, this product possesses a smaller carbon footprint in its life-cycle than conventional products.