BASF to Showcase Sustainable Performance Materials Portfolio at PlastIndia 2026

BASF announces its participation in PlastIndia 2026, scheduled to take place from February 5 to 10, 2026, in New Delhi, India. A wide range of sustainable performance materials, innovative applications, and advanced product solutions will be presented.

By showcasing exhibits from the "Make," "Use," and "Recycle" stages, BASF highlights its commitment to driving sustainability, achieving a circular economy, and providing high-performance solutions in diverse industries such as automotive, e-mobility, packaging, consumer electronics, healthcare, footwear, and industrial applications.

At PlastIndia 2026, BASF will showcase its commitment to sustainability and innovation in the evolution of plastics, presenting examples across three phases.：

MAKE Stage #OurPlasticsJourney

Creative Hub Material Trends BASF's Creation Centers combine global design trends with material innovation, setting new standards for aesthetics and functional performance in diverse applications.

Ultrasim® simulation technology Ultrasim accurately predicts material behavior, helping customers optimize plastic part designs for lightweighting, validate mechanical performance, reduce prototyping time, and support sustainability goals.

Bio-based phone case containing Elastollan® N A phone case made from Elastollan N (53% bio-based TPU) offering durability, clarity, UV and yellowing resistance, providing environmentally friendly performance without compromising quality.

Use stage #OurPlasticsJourney

Automotive and Electric Mobility SolutionsBASF offers advanced material solutions for automotive and e-mobility, providing high mechanical strength, electrical insulation, rotational stability, and efficient cooling. Key innovations include battery pack concepts, E-Drive demonstrators, thermal safety components, and adhesives for power electronics.

Elastollan TPU Medical Applications Elastollan TPU makes wound dressings biocompatible, flexible, and durable, with an extended shelf life. BASF's portfolio also supports medical devices such as tubes, catheters, and wearables, ensuring safer and more sustainable healthcare solutions.

Elastollan TPU 3D Mesh Pillow Recyclable TPU pillows feature a breathable mesh design to enhance airflow for a cooler, more hygienic sleep. They offer durability, washability, and eco-friendly comfort with antibacterial and hydrolysis resistance properties.

The development history of the VALERAS® product portfolio. BASF's additive manufacturing solutions and services drive sustainability across the plastic lifecycle and transform industries.

Agricultural film Tinuvin® NOR® protects agricultural films from pesticides and harsh weather, supporting sustainable plasticulture. Experience the films firsthand by visiting BASF's real-life greenhouse near Hall 5.

Floating solar pontoon Tinuvin can extend the lifespan of floating solar pontoons to over 30 years, thereby reducing pontoon replacement costs.

Power cordIrgastab® Cable KV 10 enhances the performance and lifespan of medium and high-voltage cables, enabling reliable transmission.

Rotational molding tank Irgastab can also improve productivity during processing while enhancing energy efficiency and durability.

 #OurPlasticsJourney

TPU concept shoe A fully TPU concept shoe featuring elastic fiber, Freeflex®, and Hotbond, eliminating adhesives and volatile organic compounds (VOCs) for a recyclable and zero-waste design. Supercritical fluid (SCF) direct injection technology ensures comfort, durability, and design freedom for the next generation of footwear.

Upcycled Chess Set A chess set made from recycled engineering plastics and Haptex®—an innovative solvent-free polyurethane (PU) solution—showcases circularity and resource efficiency. It demonstrates how post-consumer waste can be transformed into durable and high-value products for everyday use.

trinamiX Mobile Spectroscopy Solutions trinamiX GmbH will showcase its technology for rapid and reliable on-site identification of plastics and textiles. The solution combines a robust, handheld near-infrared (NIR) spectrometer, an intuitive app, and cloud-based data analysis to deliver crucial insights in seconds. The trinamiX PAL Two NIR spectrometer identifies over 25 plastic types, including compostable materials, enabling recyclers to improve the accuracy and efficiency of sorting. TrinamiX will also present material identification for footwear components made of polymers such as PU, EVA, and polyester to support cleaner and more accurate pre-selection.