Our bioplastic is a strong and flexible material made from corn starch, a renewable resource that is also 100% compostable. This makes it the ultimate sustainable alternative to traditional plastic.
Bioplastic in general
There are a lot of misunderstandings about bioplastics, which is why we would like to explain this term first. Bioplastics is an umbrella term. The word ‘bio’ in plastic can refer to the bio-origin of the material or to the biodegradable nature of the material. These are two separate aspects, however.
If the material has a bio-origin we speak of ‘bio-based’ materials. This refers to materials made fromrenewable resourcessuch as starch, in our case derived from maize.
When we talk about thebiological characterof the material, this refers to theend of life phase of the material, i.e. its biodegradability or compostability.
Bio-based plastics are therefore not necessarily compostable and, conversely, compostable plastics are not always bio-based.
Certification
As mentioned above, our bioplastics are both bio-based and compostable, but what does compostable mean? For a packaging to be called compostable, it must comply with theEuropean standard for compostable packaging EN13432. This standard requires that the packaging must be able to degrade at least 90% in an industrial composting facility within 12 weeks. Packaging that complies with this standard is assigned certain labels, with theOK Compost labeland theSeedling labelbeing the most common.
Our biodegradable bags and packaging, which have been extensively tested for their compostability by the inspection body TÜV Austria, comply with the standard and arecertified with the OK Compost label.
More info on thecertification and organic labelscan be found on the page “Certificates“.
Why choose a packaging or carrier bag made of bioplastic?
Our biodegradable carrier bags and packaging are madeof renewable raw materialsand thus offer a sustainable alternative to increasingly scarce fossil resources.
Our biodegradable bags and packaging are100% compostablemeaning the material can be converted into quality compost.
The production process isenergy-efficientwhich reduces CO2 emissions. Lower CO2 emissions lead toless greenhouse gas, which helps combat global warming.
Our bio carrier bags have alimited shelf life. We recommend to limit their storage to a maximum of 1 year. The rate of material degradation is largely influenced by the way in which the carrier bags are stored. Our bio carrier bags are best stored at room temperature with moderate humidity. It is also recommended not to place them in direct sunlight and to keep the packing boxes closed as long as possible.
Would you like a carrier bag or packaging made of bioplastic?
We’re happy to help!
Our specialists are at your service for additional information on our various material types and will be happy to offer advice tailored to your product.