International
© Asashi Kasei Europe Gmbh
02.02.2026

PFAS-Free PA66 with Low-Friction and High-Load Performance

As global regulations on per- and polyfluoroalkyl substances (PFAS) tighten across the European Union and the United States, manufacturers across industries are urgently seeking high-performance materials that meet evolving environmental and safety standards – without compromising technical performance. Asahi Kasei, a diversified global company, announced the development of a new PFAS-free polyamide (PA) engineered specifically for demanding low-friction applications.

For decades, PFAS additives have been relied upon to deliver low friction and wear resistance in engineering plastics. As regulatory pressure intensifies, industries ranging from automotive to industrial machinery are seeking alternative solutions. Asahi Kasei’s newly developed PFAS-free PA addresses this shift by combining environmental responsibility with the advanced material performance required for next-generation components.

The new PA exhibits excellent low-friction and sliding properties – crucial for applications where lubrication with oil or grease is not possible. It maintains stable performance under high-load and high-temperature conditions. These characteristics make it ideal for mechanical parts such as gears, chain guides and other sliding components that must operate reliably in dry environments. To meet the diverse needs of manufacturers worldwide, Asahi Kasei offers PFAS-free PA in both unreinforced and reinforced grades. These options allow engineers to select the optimal balance of strength, stiffness and durability for their specific applications. Utilizing its unique processing control technology, Asahi Kasei can further tailor the material’s performance profile. Customized formulations can optimize filler content, heat resistance, stiffness and behavior under wet conditions – providing design flexibility that helps customers transition smoothly to PFAS-free solutions without sacrificing product performance.

“As industries around the world move away from PFAS, we see a strong need for materials that go beyond compliance and actually raise the bar for durability and efficiency,” said Yoshitaka Hori, Senior General Manager of Asahi Kasei's LEONA PA66 business. “Our new PFAS-free PA delivers exactly that and we are excited to support our customers in building safer, more sustainable products.”

(Source: Asahi Kasei Europe GmbH)

Schlagworte

Automotive EngieneeringEngineeringEnvironmentEUEU RegulationJoining PlasticsManufacturingPFASPlasticPlasticsSafety

Verwandte Artikel

Festigkeitsuntersuchung von Kunststoffproben im Labor.
26.07.2026

Schwingfestigkeitsdatenbank für Kunststoffe

Das Fraunhofer-Institut für Betriebsfestigkeit und Systemzuverlässigkeit LBF in Darmstadt macht die Lebensdauer hochbelasteter Kunststoffbauteile früher und sicherer bere...

Bauteile Bauteilentwicklung Fügen von Kunststoffen Joining Plastics Kunststoffbauteile Kunststoffe Materialforschung Schwingfestigkeit Thermoplastische Kunststoffe Weißwarenindustrie
Mehr erfahren
Frühlingssymposium des VDI SKK in Rottweil am 19. Juni 2026: (v.l.n.r.) Prof. Christian Hopmann, Guido Frohnhaus, Frank Schüller, Janina Würtele, Prof. Martin Würtele, Dr. Stephanie Waschbüsch, Dr. Guiscard Glück, Daniel Schröder
25.07.2026

Prof. Martin Würtele in den Strategiekreis Kunststofftechnik berufen

Der VDI Verein Deutscher Ingenieure e. V. hat Prof. Dipl.-Ing. Martin Würtele in den Strategiekreis Kunststofftechnik (VDI SKK) berufen. Die Ehrung erfolgte im Rahmen des...

Fügen von Kunststoffen Joining Plastics Kunststoffe Kunststofftechnik Kunststoffverarbeitung Spritzguss
Mehr erfahren
Dr. René Stangenberg (Simona AG, links) gratuliert Dominik Uhl zum SKZ-Nachwuchspreis
19.07.2026

Dominik Uhl gewinnt Nachwuchspreis

Dominik Uhl hat für seine Masterarbeit zum Thema „Entwicklung von biobasierten duroplastischen Formmassen auf Basis ungesättigter Polyesterharze“ den SKZ-Nachwuchspreis 2...

Automobilindustrie Bauindustrie Duromere Fügen von Metallen Joining Plastics Kunststoff Maschinenbau Nachwuchsförderung Polyesterharze Recycling Spritzguss
Mehr erfahren
Dr. Benedikte Hatz and Dr. Johann Erath have published a new white paper to assist with the application process for publicly funded research projects.
18.07.2026

How to Make Research Grant Proposals Compelling

The SKZ Plastics Center has published a white paper on how to successfully apply for publicly funded research projects. Based on key success factors, the paper highlights...

Grants Joining Plastics JP Plastics Polymers PVC PVC-U R&D Research Research and Development Research Paper
Mehr erfahren
Internal scrap
17.07.2026

Why the Future of Aluminium Lies in Scrap

International geopolitical tensions are putting pressure on primary aluminium supply chains. Limited availability of raw materials, combined with persistent geopolitical...

Advanced Engineering Aerospace Aluminium Automotive Circularity Energy EU European Union Recycling Scrap Metal Sustainability
Read more