Evonik showcases high-performance polymers for electric vehicles at CHINAPLAS 2026

At CHINAPLAS 2026, Evonik is set to introduce its latest advancements in high-performance polymers and plastic additives tailored for electric vehicle applications. The company is strengthening its position in advanced materials by expanding research capabilities and showcasing solutions designed to meet evolving automotive demands. This move aligns with the growing need for durable, thermally stable, and efficient materials in next-generation mobility systems, particularly in electrified powertrains and energy storage technologies.

The company has also established a new research facility at its Shanghai Innovation Park, marking a strategic step in localized innovation. This newly operational PEEK Rectangular Magnet Wire Lab focuses on developing material solutions specifically for electric motor applications in new energy vehicles. By investing in such infrastructure, Evonik aims to accelerate innovation cycles and deliver optimized performance materials that support efficiency and reliability in electric mobility systems.

Advanced polymer solutions for EV thermal and electrical systems

Among the key materials on display will be VESTAMID PA12, a high-performance polymer known for its exceptional chemical resistance and ability to withstand high temperatures. These properties make it particularly suitable for critical EV components such as battery cooling lines, busbars, and energy storage systems. The material supports efficient heat dissipation and ensures long-term operational stability, which are essential for maintaining battery performance and safety in demanding conditions.

In addition to PA12, Evonik will highlight VESTAKEEP PEEK, a premium polymer engineered for high-load applications. This material is increasingly being used in automotive transmission systems, where durability and resistance to extreme conditions are vital. Its integration into electric vehicles demonstrates the shift toward advanced engineering plastics that can replace traditional materials while improving efficiency and reducing system weight.

Strategic focus on innovation and localization

The establishment of the magnet wire lab in Shanghai reflects a broader strategy to localize research and align closely with regional market needs. As China continues to lead in EV market expansion, the demand for high-performance materials is accelerating. Evonik’s investment enables faster collaboration with OEMs and suppliers, ensuring that solutions are tailored to real-world applications and regulatory requirements.

Participation in CHINAPLAS 2026 further reinforces the company’s commitment to showcasing cutting-edge material innovations. By focusing on polymers that enhance thermal management, electrical insulation, and mechanical performance, Evonik is positioning itself as a key enabler of future mobility technologies. These developments are expected to contribute significantly to the advancement of efficient and sustainable automotive systems.

Frequently Asked Questions

What materials is Evonik showcasing at CHINAPLAS 2026?
Evonik is showcasing VESTAMID PA12 and VESTAKEEP PEEK, both high-performance polymers designed for electric vehicle applications. These materials address critical needs such as thermal management, chemical resistance, and mechanical durability. VESTAMID PA12 is used in battery cooling lines and energy systems, while VESTAKEEP PEEK supports demanding automotive transmission applications. Together, they represent Evonik’s focus on improving efficiency, safety, and long-term reliability in modern electric mobility solutions.

Why is Evonik investing in a new R&D lab in Shanghai?
Evonik established the PEEK Rectangular Magnet Wire Lab in Shanghai to strengthen localized innovation and support the growing EV ecosystem in China. This facility focuses on developing advanced materials for electric motor applications, enabling faster collaboration with regional automotive manufacturers. By aligning research efforts with local market demands, Evonik aims to accelerate product development, improve customization, and enhance its competitiveness in the rapidly expanding new energy vehicle sector.