Recent government initiatives to halt climate change, like the EV Acceleration Challenge in the U.S., which aligns with the Inflation Reduction Act (IRA) of 2022 and Europe’s Clean Vehicles Directive, continue to impact vehicle electrification. Legislations like these are encouraging the manufacturing of cleaner vehicles around the world.

We often hear about the environmental benefits of electric vehicles (EVs) and appreciate their modern features. But what lies behind the seamless driving experience drawing consumers to purchase EVs?

While vehicles today showcase a range of technological advancement driven by sensors, EVs heavily rely on sensors to reduce greenhouse gas emissions and provide a luxury experience.

A closer look at EV sensors

EV sensors require capacitors to store energy passively until it is released on demand, ensuring a responsive power source for the intricate functionalities of EV systems.

A capacitor is composed of dielectric material sandwiched between two conductive plates. The dielectric material is an insulator that enhances capacitance and prevents the free flow of charges, ensuring that the stored energy remains stable and controlled. This neutralization enables efficient energy storage and plays a vital role in successful capacitor operation.

Your partner in electronic materials

As society embraces cleaner vehicle options, original equipment manufacturers must rely on dependable suppliers for high-performing materials. Vibrantz provides dielectric ceramic powders that offer competitive advantages, such as:

  • Responsible environmental care – Our products are registration, evaluation, authorization and restriction of chemicals (REACH) and Restriction of Hazardous Substances (RoHS) compliant.
  • Quality assurance – Our accomplished engineering and quality teams deliver lot-to-lot consistency.
  • Technical service resources – Our highly experienced technical service team is available for guidance and recommendations on choosing the optimal product to achieve the best possible outcomes for your specific applications.
  • Research and development – Our global research and development team supports customers in designing next-generation electronics through highly engineered formulations and hands-on assistance.
  • Vertically integrated supply chain – We create customized proprietary products with minimal disruptions in sourcing and obtaining raw materials.

“Our dielectric ceramic powders are essential for EVs, enabling sensors to do things like filter noise, control speed, regulate temperature, detect proximity to other vehicles and objects and much more. Capacitors are fundamental to EVs because they’re inherently full of electronic circuits.”

Katelyn Sanderson, Business development manager, electronic materials

The need for steadfast manufacturing partners has never been greater in today’s global manufacturing environment and markets. Vibrantz’s dielectric ceramic materials are a small, yet crucial piece of solving the broader sustainability challenge.

Contact our advanced materials team for more information on dielectric ceramic materials and our full range of electronic materials.

Katelyn Sanderson

Business Development Manager, Electronic Materials

Katelyn Sanderson

Business Development Manager, Electronic Materials

Sanderson joined Vibrantz in 2022 as a key account manager before transitioning to business development manager for electronics in August 2023. She has implemented the electronic components and materials pipeline at Vibrantz and has proficiencies in the electric vehicles and alternative fuel industry. Sanderson launched her career in Detroit, Michigan’s industrial and automotive sector after graduating with her bachelor’s degree from Grand Valley State University.