Reducing plastic waste is an important part of the ESA’s sustainability agenda. As part of the ESA Plastics Reduction Initiative, we are working on practical ways to reduce the use of conventional plastics in sealing-related packaging and handling while maintaining performance and manufacturability.
Below are three new developments in the ESA’s Plastics Reduction Initiative – from biodegradable SWG spacers to bio-compostable stretch film – and how members can work with these solutions in practice.
Biodegradable spacers for spiral wound gaskets
In collaboration with ESA member VED Italy, we have explored the development of biodegradable spacers for spiral wound gaskets. The project focuses on replacing conventional plastic spacers with alternative materials that meet functional requirements while supporting plastics reduction goals.
→ Read the full article: Pioneering sustainable SWG spacers in biodegradable materials
Biocomposite materials for sustainable SWG spacers
Working with Bioplasmar GmbH, ESA assessed biodegradable biocomposite materials made from organic green waste as an alternative to single-use plastic spacers. The development demonstrates how circular material concepts can be applied in sealing-related applications.
→ Read the full article: Sustainable SWG spacers go biodegradable
Biocompostable stretch film for packaging
This contribution highlights biocompostable stretch film solutions developed by Biowrap, offering an alternative to conventional plastic stretch film used in packaging and logistics, with a focus on reducing plastic waste at the end of the supply chain.
→ Read the full article: Biocompostable stretch film for packaging
These examples reflect ESA’s ongoing efforts to support practical, application-driven approaches to plastics reduction across the sealing industry and reflect the value of collaboration between the ESA, its members, and specialised partners in turning sustainability goals into tangible solutions.