Events and fairs

Do shape memory polymers open up a new form of play? Fraunhofer IAP provides exciting insights into the wide range of possibilities! Meet us at the International Toy Fair in Nuremberg from January 27 to 31, 2026!

The research division Functional Polymer Systems will be presenting its latest projects in printed electronics at LOPEC on February 25-26, 2026.

At the JEC World in Paris, scientists from the Polymer Composites PYCO research division will present their developments.

At InterBattery 2026, Fraunhofer IAP will be presenting innovative materials for energy applications at the WFBB joint booth - from solid polymer electrolytes and membranes to catalysts and bio-based carbon materials.

Meet our researchers at the 2026 Hannover Messe. Among other things, Fraunhofer IAP will be showcasing customized and precious-metal-reduced catalysts for use in fuel cell and electrolysis technology.

Fraunhofer IAP will be presenting specially adapted membranes for water purification at the Fraunhofer joint booth. The focus will be on the targeted separation of defined contaminants, efficient water filtration, and the recycling of process media.

The department Functional Materials and Components will present its research on printed electronics from May 5–7, 2026, as part of Display Week in Los Angeles.

Fraunhofer researchers will present an innovative printing system for tamper-proof QR codes at Interpack 2026, combining digital product passports, product protection, and authenticity verification in a single code.

At ILA Berlin 2026, the PYCO research division of Fraunhofer IAP will present innovative approaches to functional lightweight structures in aviation.

How can fire protection systems become smarter, more sustainable, and more efficient? At FeuerTrutz, Fraunhofer IAP will present innovative material solutions for passive fire protection.

Fraunhofer IAP is presenting the latest developments in printed electronics and quantum technology: high-performance QD-LEDs and color conversion using indium phosphide-based quantum dots, as well as printed QD-LED demonstrators.

The scientific committee, DECHEMA Society for Chemical Engineering and Biotechnology, together with TU Darmstadt and the Fraunhofer Institute for Applied Polymer Research IAP, cordially invite you to join the 15th International Workshop on Polymer Reaction Engineering (PRE).

At MicroLED Connect, we will be presenting developments in organic photovoltaics, solution-processed OLEDs, high-resolution electrostatic jetting, and cadmium-free quantum dots. A key focus is on precise color conversion using innovative quantum dot technologies. These materials enable energy-efficient, flexible, and durable displays with the highest image quality—from prototypes to pilot production.

The PSP Conference 2026 brings together deep-tech founders, scale-ups, investors, companies, research institutions, and representatives from politics and the public sector to discuss a key question: How can we restart, scale up, and succeed in challenging times?

How can recycled materials, bio-based polymers, and new material systems be reliably integrated into existing processes? At Fakuma, the Fraunhofer IAP will demonstrate how plastics can be specifically optimized, functionalized, and qualified for industrial applications.

The Fraunhofer IAP presents its latest research and development work in the field of cutting-edge electronics. Our focus is on developments in color-stable quantum materials, printing inks for displays, innovative display components, OLED displays, and perovskite solar applications.

At Formnext, Fraunhofer IAP is showcasing innovative polymer solutions for space technology and use in satellites. A demonstrator illustrates how custom-designed shape-memory polymers and additive manufacturing enable the creation of lightweight and functional components.

Lightweight and functional components for space applications using shape-memory polymers. At the Space Tech Expo, Fraunhofer IAP presents hinges for active deployment mechanisms, such as those used to unfold solar panels or antennas after launch.