Important news
After careful consideration, the members of the European Light Stabilisers and Antioxidants Association, ELiSANA, have decided to bring its activities to a close on 31st December 2025.
We sincerely thank everyone who has been part of our journey and supported our initiatives.
The former Members of ELiSANA remain active Members of Cefic, engaging in different activities and structures. Should you have any questions on light stabilisers and antioxidants, we invite you to contact the Member companies directly. You will find the list of our members under About Us.
ELiSANA is a non-profit sector group of the European Chemical Industry Council (Cefic). Our association was created in 2004 with the mission to become the trusted partner on health, safety and environmental information related to antioxidants and light stabilisers.
Our vision
To be the point of reference for the safe and sustainable use of antioxidants and light stabilisers, enabling science-informed, proportionate and enforceable decision-making for stakeholders and regulators alike.
Latest publication
Feedback to Draft Commission Implementing Decision re. to the European Drinking Water Directive (EU) 2020/2184
Comments on “Annex XV – Identification of UV-326 and UV-329 as SVHCs”
In focus
Antioxidants and UV light stabilisers are organic additives that enhance the performance, safety and durability of finished products. They are indispensable to everyday items like cars and building materials – which need to retain performance and safety over many years whilst withstanding the wear and tear that comes with exposure to high temperatures, direct sunlight, wind and rain.
Both antioxidants and UV light stabilisers are used in the manufacturing of plastic and rubber components such as car tyres and windscreen wipers so that they do not discolour or become brittle and break. Antioxidants are also added to fuels and lubricating oils to enable safe storage and smooth engine performance – increasing both the safety and the life span of the engine whilst reducing the frequency of drainage.