Performance Polymers

Stories - Rethinking Plastics Together

We’re passionate about rethinking plastics in a way that benefits both industries and the planet. Dive into the stories below to see how we’re reimagining the entire lifecycle of plastics – how we MAKE, USE, and RECYCLE them – empowering you to be part of a sustainable future.

Story

Results: 53

Two black electrical components created using Ultramid Advanced with copper and metal connectors on a reflective surface.

Driving the future of eMobility: Ultramid® Advanced N powers high-voltage connectors

Ultramid® Advanced N3U42G6 enhances high-voltage connectors with its exceptional mechanical and thermal performance, ensuring safety and durability. The material reduces electro-corrosion and offers long-term color stability, making it ideal for modern electric mobility applications. Made to achieve miniaturization without compromising strength.

An impact absorber made of the polyamide particle foam Ultramid® Expand, jointly developed by BASF and Mercedes-Benz, has won 2nd place in the "Enabler Technology" category at the SPE Automotive Awards 2024. Foto: BASF SE; 2024

Revolutionizing automotive safety with Ultramid® Expand

Ultramid^® Expand wins 2nd prize at SPE Automotive Awards! This foam reduces weight and enhances safety in vehicles.

Impressions of BASF's Creation Center in Ludwigshafen

A world of innovation: Discover the BASF Creation Center in Ludwigshafen

Discover the BASF Creation Center in Ludwigshafen, Germany, where innovation meets material expertise. Our interdisciplinary team develops customized, sustainable solutions and guides you from ideation to implementation.

Woman holding a bottle standing in front of a machine

Fit for #OurPlasticsJourney? The BASF Component Testing

BASF Component Testing ensures new plastics meet the requirements of our customers through rigorous stress tests and CT scanning.

Man holding gear wheels in front of his eyes

Our sample testing in the BASF Processing Technology Center

Discover how BASF tests materials for optimal performance