International
© Evonik
15.04.2026

Evonik displays at Chinaplas 2026

Evonik, a global chemicals company, will present its high-performance polymers and plastic additives at Chinaplas (April 21 thorugh 24 in Hongqiao, Shanghai) 2026, Asia’s largest plastics and rubber exhibition. Under the theme “We go beyond with plastics solutions”, Evonik will showcase its innovative achievements in sustainability, energy transition, low-altitude economy, smart manufacturing, personalized healthcare and the circular economy. 

China’s manufacturing sector is accelerating toward a high-end, intelligent and green transformation. Material innovation has become a key enabler for high-quality and sustainable industrial development. “Material innovation is the core driving force for industrial development and sustainable transformation. Evonik is committed to breaking the boundaries of material science through cross-industry collaboration and local R&D investment, creating more possibilities for future industrial development,” said Xia Fuliang, President of Evonik Greater China.

At Chinaplas 2026, Evonik will be displaying a range of solutions tailored for the Chinese market. These solutions will especially focus on supporting the country’s strategic emerging industries such as new energy vehicles, energy storage systems, low-altitude aircraft, green hydrogen, premium consumer goods and personalized healthcare.

New energy vehicle safety and performance

With China’s new energy vehicle industry expanding rapidly, thermal management has become essential to battery safety and performance. To support this industry, Evonik will display its Vestamid PA12 materials, which offer high chemical resistance and high-temperature performance. These materials are widely used in battery cooling lines, busbars and energy storage systems, and meet requirements for efficient heat dissipation and long-term stable operation. Additionally, Vestamid PA12 is used in data-center cooling systems and supporting infrastructure needed for AI and the digital economy.

Beyond thermal management, those materials are also used in core automotive components such as electric drive and transmission systems. At Evonik’s Shanghai Innovation Park, the newly operational PEEK Rectangular Magnet Wire Lab will focus on R&D for new energy vehicle motor applications – as well as the further promotion of lightweight- and high-performance solutions. A key selection of these solutions will be displayed, along with gears manufactured with Vestakeep PEEK, which provide an advanced material solution for automotive transmissions, and play a valuable role in supporting the continued development of China’s new energy vehicle industry.

‘Low-altitude’ economy and new green aviation scenarios

As a key area in China’s “15th Five-Year Plan”, the low-altitude economy is entering a period of rapid growth. To address the needs of new aircraft applications such as eVTOLs (electric vertical take-off and landing aircraft), Evonik will showcase its Rohacell PMI foam. Known for its ultra-light weight and high strength, the material can be used in the design of critical eVTOL structural components. 

In support of China’s additive manufacturing activities, Evonik will showcase its Infinam PA12 products, which has demonstrated potential in precision manufacturing, customized part and small-batch production, and is used in industries such as automotive, consumer goods and medical devices. 

Accelerating the circular economy and upgrading recycled plastics

Innovative additive solutions for plastics recycling and processing will also be on display. During mechanical recycling processes, products such as TEGO Cycle and TEGO Sorb can effectively remove inks, packaging labels, and residual odors during washing and compounding. This enables the conversion of contaminated plastic waste into high-quality recyclates. Additionally, TEGO PPA processing aids provide a PFAS-free solution to improve packaging quality and environmental sustainability.

Chinaplas 2026, booth in Hall 7.2-C31 at the National Exhibition and Convention Center (Shanghai).

(Source: Evonik)

Schlagworte

Additive ManufacturingAICircular EconomyData CentreEnergyH2HydrogenJoining PlasticsManufacturingPlasticsPlastics AdditivesPolymers

Verwandte Artikel

17.10.2026

TÜV Süd at Hydrogen Technology Expo Europe 2026

At the Hydrogen Technology Expo Europe in Hamburg from October 20 to 22, 2026, TÜV Süd will demonstrate how manufacturers and operators can ensure their hydrogen solution...

Climate Energy Energy Transition Fuel Cells H2 Hydrogen Metallic Materials NetZero Non-Metallic Materials Safety Standards Sustainability
Read more
Ivano Poletti (Executive Vice President Sales EMEA) verabschiedet sich Ende 2026 in den Ruhestand.
15.10.2026

Wechsel an der Vertriebsspitze von Rehau

Bei Rehau Water Technologies kommt es zu personellen Veränderungen im Vertrieb. Andreas Zinßmeister tritt als Executive Vice President Sales EMEA die Nachfolge von Ivano...

Fügen von Kunststoffen Joining Plastics JP Management Vertrieb
Mehr erfahren
Kay André Weidenmann, Leiter des Forschungsbereichs Polymer Engineering am Fraunhofer ICT in Pfinztal
14.10.2026

Prof. Dr.-Ing. Kay André Weidenmann ist neuer Leiter am Fraunhofer ICT

Prof. Dr.-Ing. Kay André Weidenmann ist seit 1. Oktober 2026 Leiter des Forschungsbereichs Polymer Engineering am Fraunhofer-Institut für Chemische Technologie ICT in Pfi...

Digitalisierung Forschung Fügen von Kunststoffen Joining Plastics JP Kunstsofftechnik Nachhaltigkeit Polymere Resilienz Werkstofftechnik
Mehr erfahren
13.10.2026

Plast Eurasia 35th Edition Approaches

Tüyap will host the 35th edition of Plast Eurasia in Istanbul from December 2 through 5 in Istanbul, Türkiye. It will bring plastics machinery, raw materials and producti...

Exhibition International Joining Plastics JP Plast Eurasia Plastic Plastics Plastics Processing Polymer PU Raw Materials Trade Fair
Read more
Wie Künstliche Intelligenz neue Möglichkeiten für die Qualitätssicherung im Rohrleitungsbau eröffnen kann, wurde im Projekt
13.10.2026

Künstliche Intelligenz bewertet Qualität von Stumpfschweißverbindungen im Rohrleitungsbau

Das Forschungsprojekt „PipeSafe“ zeigt das Potenzial datengetriebener Methoden zur Echtzeitbewertung von Schweißprozessen in PE-Rohrleitungssystemen.

Forschung Fügen von Kunststoffen Heizelementstumpfschweißen Joining Plastics JP Künstliche Intelligenz Kunststoffrohre Rohrleitungsbau Schweißen Schweißnähte Stumpfschweißen
Mehr erfahren