Compostable White Paper Metalised Laminate
Compatible Printing Technologies
Fossil fuel reduction
Biodegrades under industrial composting conditions into organic biomass
Biodegrades under home composting conditions into organic biomass
Fossil fuel reduction
Reduces the amount of virgin fossil fuel content
Made from regenerative materials grown on responsibly-managed plantations
Water or biobased inks than do not require petroleum-based solvents
Completely compostable (or biodegradable) in both home and industrial compost conditions.
Does not break down into micro-plastic particles.
The use of compostable materials in flexible packaging aids in the development of a functioning circular economic system. This is particularly important in flexible packaging as it is an area that is very challenging for mechanical recycling.
The increased use of compostable materials creates market demand that will lead to the development of important composting infrastructure.
Reduces reliance on fossil fuels and increases the use of renewable plant-based materials.
Promoting the development of a composting waste stream also helps to address the problem of excess waste in the landfill (in the form of food scraps) which has a significant contribution to greenhouse gas emissions.
ABA Home Compost
Australian standard that certifies plastic to be 90% biodegradable at 20-30°C, within 180 days
Australian standard that certifies plastic to be 90% biodegradable at 60°C or higher, within 180 days
Frequently asked questions
Generally speaking, compostable materials are not compatible with wet or oily products over a long period. In certain applications they can work for products with short shelf-life requirements (~4-6 weeks).
No they don’t. Our materials are certified compostable which means that they’ve passed thorough biodegradation testing to ensure they completely biodegrade into healthy organic matter.
Compostable materials are designed to be composted and unfortunately that means they cannot be mechanically recycled. Although commercial composting systems are not currently widely available on a kerbside basis this is changing rapidly and so too is the rate of home composting.
Composting is an essential part of a functioning circular economy. We’ve broken down all the basics in our How to Compost blog post.
All of Swisspac’s compostable films and laminates are certified compostable, including any valves and zippers. For further information please visit our Certifications page.
The time it takes a product to biodegrade depends on the conditions of the composting environment. Industrial or commercial compost facilities run at higher temperatures and certification protocol requires materials to biodegrade within six months. Home composts are more variable and depend on external factors such as temperature, humidity and how often they’re turned. Home compost certification requires materials to biodegrade within 12 months at a temperature around 30°C. For more information check out our certifications page.
This is a great question and the answer is nuanced. They don’t contain plastic as most people know it but they are made from bioplastic, which is technically a type of plastic. Grounded has a range of bioplastics that are made using our compostable Plantmade™ technology.