Webinar: Material Solutions for Composite EV Battery Enclosures

Published:
29 Jun 2021
This Composites World webinar focuses on how our nonwovens can provide the required EMI shielding and fire protection to composite battery enclosures for electric vehicles.

The increasing number of battery electric vehicles (BEVs) and the larger, heavier batteries they require has necessitated a move to composite battery enclosures. The use of composites is required to achieve this larger, protective, and still lightweight structure. Using composites presents a number of challenges when compared to the traditional metal enclosures; the lightweight structure must still meet the necessary fire, smoke and toxic fume (FST) requirements while also providing shielding to electromagnetic interference (EMI). James Cropper’s (formally TFP) nonwovens provide the solution for this and in the webinar, Neil Gray and Mike Campbell will discuss how our materials can easily be incorporated directly into the composite battery box structure to provide the required FST and EMI shielding functionality.

Watch to learn more about:

  • James Cropper’s nonwovens, their application in and advantages for advanced composites.
  • Using nonwovens in battery box constructions to meet key FST requirements, provide EMI shielding and enhance surface finish.
  • How James Cropper’s nonwovens can be incorporated directly into a composite structure using traditional fabrication methods, reducing need for additional processing.
  • Specific data and examples, demonstrating the effective use of advanced nonwovens in relevant applications.

Discover more about our nonwoven solutions for EMI Shielding.

A lightweight, flexible solution for imparting tunable EMI shielding to composites. Easy to handle and integrate, our nonwovens provide consistent conductivity and shielding with minimal weight addition.

Discover more about our nonwoven solutions for Fire Protection

Expanding your options in fire protection. Tecnofire® provides integral and effective fire protection for composites, resisting burn through, flame spread, and heat insulation without compromising structure or requiring time-consuming application.