EV Shifting the Course of A&S Innovation Webinar
You will receive an email with a link to the GoToWebinar form once your registration is processed
* Registration open until 3/15/23 at 10:00 AM (EDT)
Electric vehicles, fuel cells, and othe novel automotive technologies are rapidly changing the way adhesives and sealants are being used in the indutry. Optoelectronics, Ecoat compatibility and circular economy-"green chemistry"- are driving technology shofts in adhesive and sealants capabilities. we will look at adhesive and sealant solutions developed to meet rigorous and rapid EV and fuel cell vehicle develpment needs.
- How EV automotive technology shifts are driving innovation in adhesives and sealants
- Evolution of adhesive and sealant technology to meet conductivity, flame retardancy, rapid cure and Ecoat and battery compatibility needs in the EV market
- Look at how sourcing from bio based materials can meet the needs of next generation adhesives and sealants while minimizing environmental impact
- Technology shifts in automotive EV market
- Epoxy adhesive technology shifts in EV market
- UV cure technology shofts in EV market
- Sealant technology shifts in EV market
- Other adhesive and sealant technology shifts in EV market
Who Should Attend:
This webinar is ideal for professionals in Technical functions including R&D, chemist, scientist, Technology managers and technical service & applications. This highly applicable to everyone working in the automotive and transportation markets and deeply involved in the innovation process.
Jessica Carson - Threebond
Jessica Carson, with a B.S. in Chemistry, has been in the adhesives and sealants industry for 6 years, with 3 years of research and development experience in methylene malonate technology, and 3 years of research and development experience in Epoxy and FIPG technologies. This experience has extended from in depth analytical analysis of polymers to application development with the leading technology leaders in the industrial, electronic, and automotive industries.