Enhance EV Battery Life, Reliability, & Safety
Boyd fuels innovation in the eMobility sector by incorporating dielectric materials into EV battery systems. Our experienced engineers design and manufacture eMobility solutions that minimize electrical sparks, short circuits, and arcing risks. Dielectric materials increase safety and extend EV battery and component lifespan.
We Understand the EV Battery Needs of the eMobility Industry
Boyd has created industry-leading solutions for the eMobility industry since its inception. As a 3M Preferred Converter, our EV battery system solutions combine innovative materials with advanced engineering techniques to achieve faster charge cycles, efficient energy utilization, and greater reliability for eMobility manufacturers.
Boyd eMobility Solutions for EV Batteries
Our experienced engineers collaborate directly with eMobility industry leaders to develop custom dielectric applications and materials that exceed the exacting requirements today’s EVs.
- Dielectric materials enhance EV battery safety by preventing electrical shorts and arcing.
- Electrically insulating solutions act as flame barriers to contain catastrophic events in EV batteries.
- Protection against mechanical stresses and environmental exposure extend battery durability.
- Adaptable dielectric tapes and films ensure comprehensive component insulation.
- Dielectric adhesives secure and insulate connections in bus bars and battery cells.
- Dielectric coatings guard against electrical, environmental, and chemical damage.
Why Choose Boyd?
Our durable, adaptable EV battery system solutions use the world’s most advanced materials to improve electric vehicle performance, safety, and reliability.
Facilitate faster deployment through streamlined design and manufacturing processes.
Prevent short circuits, arcing, and sparking in EV batteries with non-conductive coatings and adhesives.
Incorporate dielectric materials into bus bar and electrical system design to extend the lifespan of EV batteries.
Leverage electrically insulating flame barrier materials to prevent thermal runaway in EV batteries.