Automotive electronics have become an extension of the electronics at home and work, from EV /HEV / PHEV to semi / autonomous driving, the automobiles have more electronics added in every model. The need for high performance, energy efficient, reliable and cost effective solutions make flexible graphite a great choice for these applications.
Adoption of LED in automotive headlights has been swift and effective, thermal management is critical to ensure brightness, uniformity and life of these headlights. Flexible graphite solutions for both Thermal Interface and heat spreading help reduce / eliminate active cooling while ensuring reliable long term reliability, performance and low Total Cost of Ownership.
From heated and cooled seats, to arm rests to steering wheels being some of the most effective ways to ensure passenger comfort, flexible graphite such as eGRAF® SPREADERSHIELD™ Heat Spreaders offer the best performance and cost effectiveness in both design and ownership. From EVs to ICE, automobile designers are incorporating very innovative designs to make the cabin comfortable quickly and effectively, NeoGraf has the widest range of graphite heat spreaders to address all of the industry challenges.
Battery Thermal Management
From thermal interface material on Peltier devices to heat spreaders for the control electronics, NeoGraf Solutions’ flexible graphite materials enable peak performance and long term reliability in an easy to use format. Flexible graphite is well regarded as a cost effective solution for long life, critical applications, with no drying or pump out challenges, flexible graphite provides optimal performance and reliability .
EV /PHEV chargers and Power Electronics
With the increase in demand for quick charging, high amounts of power are being use to get the automobiles ready for use, this increase demands highly reliable and excellent performance thermal management materials, from the IGBT / Power modules to charging cables and power systems, NeoGraf Solutions’ graphite provide the most efficient thermal interface and heat spreader solutions. Without compromising reliability for performance, these graphite solutions provide versatility to the most demanding of applications.