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LANXESS & INFAC Develop Battery Housing for EVs

LANXESS and Korean auto parts specialist INFAC have joined forces and developed a battery module housing for electric vehicles (EVs).

LANEXESS The battery housing uses Durethan BKV30FN04 from LANXESS to satisfy stringent mechanical and chemical property requirements for the latest EV components.

The new battery housing part has been adopted to the series production of EV models launched by a Korean OEM this year. “Success in mass production of battery housing demonstrates LANXESS Durethan’s excellence in EV batteries, in which technology and safety are of utmost importance. Our high-performance plastics will make a significant contribution to the EV and battery markets,” Milan Vignjevic, head of LANXESS’ High-Performance Materials (HPM) business unit in Asia-Pacific, says.

“High-quality materials, technical expertise and customized engineering services from LANXESS enabled us to speed up our development. This helped solidify our position in the fast-evolving EV battery parts market,” Gyuso Lee, Head of Purchasing & Development at INFAC, says.

Sanghun Han, Head of HPM in Korea, says, “LANXESS has closely cooperated with globally leading automotive OEMs, including from Korea. That is why we were able to identify the trends and the challenges of e-mobility at an early stage and participate in various EV and battery development projects. With accumulated success stories with our customers, we are establishing ourselves as a key material partner in new mobility.”

For the battery module housing shock absorption and thermal management are critical to protect the battery from external shock. Durethan BKV30FN04 is not only mechanically robust but also boasts high-voltage insulation, resistant to up to 800 V and effectively blocking high-voltage current.

Furthermore, it maintains excellent strength and stiffness when in contact with electrolyte or cooling media, and has chemical resistance to suppress chemically-induced damage.

LANXESS’ engineering plastics can be applied to a wide range of battery components including battery covers, high-voltage connectors, cable brackets and battery cell cooling system pipes as well as parts for hydrogen fuel cell vehicles such as hydrogen storage tanks.

It can also replace metals in various components, enabling lightweight design. It allows producing several functional components in one process, a driver behind continuous growth in demand in the next generation mobility market where many technologies and components come into play.


Aishwarya Saxena

A book geek, with creative mind, an electronics degree, and zealous for writing.Creativity is the one thing in her opinion which drove her to enter into editing field. Allured towards south Indian cuisine and culture, love to discover new cultures and their customs. Relishes in discovering new music genres.

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