Performance Polymers

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Performance Materials Top News

Because of its extraordinary property profile Ultrason® is ideally suited for E&E parts in AI infrastructure like fiber optical connectors (FOC).
Photo: BASF
Trade News | October 5, 2026

Powering data, managing heat: Ultrason® for AI-driven E&E applications

BASF is expanding the application focus of its Ultrason® portfolio to advance the development of electrical and electronic (E&E) components used in AI-driven data centers, high-speed connectivity and e-mobility. BASF’s polyarylethersulfones (PAES) thus support E&E manufacturers, OEMs and data center operators who require materials that maintain reliable operation, signal integrity and long service life as well as ensure fire safety and efficient thermal management. 

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Because of its extraordinary property profile Ultrason® is ideally suited for E&E parts in AI infrastructure like fiber optical connectors (FOC).
Photo: BASF
Trade News | October 5, 2026

Powering data, managing heat: Ultrason® for AI-driven E&E applications

BASF is expanding the application focus of its Ultrason® portfolio to advance the development of electrical and electronic (E&E) components used in AI-driven data centers, high-speed connectivity and e-mobility. BASF’s polyarylethersulfones (PAES) thus support E&E manufacturers, OEMs and data center operators who require materials that maintain reliable operation, signal integrity and long service life as well as ensure fire safety and efficient thermal management. 
Ultradur® RC1 is based on recycled PET from post-consumer packaging waste and is designed for demanding automotive applications such as brackets, housings, and connectors.
Photo: BASF and Adobe Stock, edited by BASF, 2026
Trade News | September 30, 2026

BASF expands the Ultradur® portfolio with new grades based on post-consumer recycled PET

Ludwigshafen, Germany – BASF is expanding its portfolio of engineering plastics with new Ultradur® grades designed to help automotive manufacturers and suppliers increase the recycled content of their products while meeting demanding technical requirements.
BOOXit reusable transport boxes made with Ultramid® B3K: robust, stackable and designed for digital logistics processes.
Photo: BASF
Trade News | September 24, 2026

With BASF Ultramid® B3K, BOOXit Transport Boxes Meet the Demanding Requirements of Reusable Packaging Logistics

With Ultramid® B3K BK00464 from BASF, the BOOXit transport box relies on a high-performance polyamide 6 designed for demanding logistics applications. The easy-flow material combines high strength, durability and efficient injection molding processing, characteristics that are particularly valuable for reusable transport boxes for use in parcel, healthcare, and industrial logistics.
Innovative Ultramid® H enables smokability of sausages in artificial casings with subsequent drying.
Photo: BASF
Trade News | September 17, 2026

BASF at Fakuma 2026: Resilience, Sustainability, Performance: Why the Plastics Industry No Longer Has to Choose

Geopolitical uncertainties, regulatory requirements, and increasing performance expectations are reshaping the plastics industry. At Fakuma 2026, BASF will demonstrate under the guiding theme #OurPlasticsJourney how the perceived trade-offs between sustainability, resilience, and performance can be overcome.
BASF is driving the green transformation of the plastics industry with Green Energy Manufacturing. By using renewable energy in production, customers can reduce product carbon footprints without changing processes, quality, or specifications. Real-world examples from BOSCH and Eaton demonstrate significant CO₂ savings along with clear business and cost advantages.
Photo: BASF
Trade News | August 5, 2026

Green Energy Manufacturing: BASF Drives Renewable Energy Use in the Plastics Industry

As sustainability becomes an increasingly important business priority, driven by growing expectations for transparency, CO₂ reduction, and circularity across the value chain, companies are looking for practical solutions to accelerate their transformation.