Bio-plastics are materials based on renewable raw materials. They consist, for example, of:
When products made from bioplastics biodegrade or are used for energy purposes at the end of their life cycle, only as much CO2 is released as the plants previously absorbed. The goal is a closed CO2 cycle.
By using newly developed polymers, nature’s synthetic power is used and energy saving potential is tapped.
In addition to being biodegradable, bioplastics are also recyclable and can be used for energy at the end of the life cycle. This means that a corresponding amount of fossil energy sources can be saved
In contrast to conventional plastics, bioplastics largely avoid the use of fossil raw materials and thus conserve finite resources.
Bioplastics offer a cultivation alternative for agriculture. Examples include vine clips, various plant ties and flower pots, which are broken down in a harmless manner.
04. Biodegradable
The biodegradability of many biomaterials offers an advantage depending on their intended use. The materials we use are recyclable and can be used for energy at the end of the life cycle. which saves a corresponding amount of fossil energy sources.
Reusable cups with over 85% bio-based content and biodegradability according to EN13432 and dishwasher safe.