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September 16, 2021 | 12:00 - 13:00 UTC-04:00 | Switzerland

Exolit® Flame Retardants bringing Safety, Sustainability and Performance to e-Mobility 

The advent of eMobility is upon us. To accelerate adoption, the market is demanding lighter weight vehicles for extended range, the ability to charge quickly and safely, and a genuine commitment to sustainability. One of the many enabling automotive solutions offered by Clariant Additives is the Exolit line of non-halogenated Flame Retardant additives. They help the automotive value chain meet these critical metrics and many more!    ​

On Thursday September 16th, hosted by UL Prospector, Clariant will present a free webinar to showcase how you can incorporate these features to advance your performance and sustainability requirements. Clariant’s experts will discuss significant density savings and sustainability benefits, along with best-in-class CTI ratings. They will also share knowledge on several specific application spaces such as Charging Systems, Connectors, and Battery Systems and how you can make the most of these innovative solutions.  ​

​They will also review the ever-changing regional and global regulatory environment, and opportunities to create circular solutions due to EXOLIT® retaining key properties after multiple recycling steps. Additionally, they will present the EXOLIT® Terra solution, the direct analogue to many EXOLIT® grades that provide significant (100% in most cases) renewable carbon content.   ​

Who should view this webinar?

- Automotive OEMs and tiers - Materials engineers at OEMs or Tiers that are responsible for polymer and compound specification focused on Electrical Vehicles - EV Battery Manufacturers - Technical and marketing professionals from the mobility industry - Sustainability professionals seeking high performing, circular/recyclable, low carbon solutions that understand the tremendous value of mass reduction

September 16, 2021 | 12:00 - 13:00 UTC-04:00 | Switzerland

Exolit® Flame Retardants bringing Safety, Sustainability and Performance to e-Mobility 

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