Special Interview_02

Weight reduction and thermal management to extend the driving range of electric vehicles

-Case: High performance plastics with SunForce™ foam beads and flame-retardant Xyron™

Recently, the shift to electric vehicles (EVs) in the global automotive industry is accelerating due to tightening regulations, ESG investments, and the global COVID-19 pandemic. However, to make EVs adopted on a global scale, automakers must further extend their driving range by improving mileage (reducing electricity costs) and durability. To achieve this, carmakers intend to use more plastics materials and Asahi Kasei is here to lend a hand with an extensive lineup of versatile engineering plastics. Though, how can plastics actually contribute to improving a vehicle’s driving range? We will talk with Katsuo Anzai and Shintaro Oike from the Performance Products SBU about the status quo and the future of EVs.

​Weight reduction and thermal management to extend the driving range of electric vehicles-Case: High performance plastics with SunForce™ foam beads and flame-retardant XYRON™ | Asahi Kasei AUTOMOTIVE

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