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Agenda

2025 agenda to be announced soon!
Chair’s welcome
Session 1: Outlook and TPE material requirements for key market sectors
Thermoplastic elastomers properties, including simulation, requirement for Renault Group
  • Renault Group general polymers need
  • Renault Group specific need for TPE
  • Renault Group increase dynamic material characterization request for material card and crash simulation

Pierre Furtwengler | Technical Polymer Specialist, Renault Group
outlook
Application of Highly Strain-Rate-Sensitive Polymer Metamaterials for Vibration Damping in Sports Equipment
 
  • Highly strain-rate-sensitive (SRS) polymers, such as RHEON change mechanical behaviour under different loading conditions.
  • Computational design enables transformation of these materials into high-performance mechanical metamaterials, making them ideal for use in impact protection applications, e.g., helmets.
  • Focus of this presentation: vibration damping in two applications: • Cycling shoes – reduce vibrations transmitted to the rider. • Padel rackets – integrated in the handle to dampen vibrations felt by the player.
  • Presentation will cover scientific principles and both lab-based and real-world testing data.

Dr. Sarah Karmel | Chief Scientific Officer, Rheon Labs
Networking refreshment break
Session 2: Assessing the recycling and sustainability needs of the TPE industry
Future driven material solutions – Challenges and strategies for extending the circular potential of TPE

•            Extending Life Cycle of Applications
•            Using Alternative Raw Materials
•            Seriously Engage with Design for Recycling
•            Pursuing Circularity
Magdalena Michl, Product Manager EMEA, KRAIBURG TPE GmbH & Co. KG
Martina Hetterich, Product Developer, KRAIBURG TPE GmbH & Co. KG
Elastollan RC - Driving Mechanical Recycling with Chemistry
 
  • Mechanical recycling of thermoplastic polyurethanes (TPU)
  • Chemical repair of polymer chains to restore quality
  • Recycling post-industrial TPU waste with high recycled content
  • Comparison with other recycling approaches: Chemical recycling, Pyrolysis, Gasification, Biomethane
  • Product carbon footprints (PCF) using suitable product options
It’s not just about recovered carbon black, an overview of the broader sustainable alternative fillers landscape
Networking refreshment break
Session 3: Material performance and technology innovations
Expanded TPE more than just a gap filler
  • Acoustics
  • Sustainability
  • Innovation
  • Cooperation
Matthias Dietz, Director Business Development & Technology, Woco Industrietechnik GmbH
Roberto Molteni, Application Development, Allod Werkstoff GmbH
TPS Compound Designed for Improved Light Transmittance
 
  • Higher light transmittance material using TPS-based compounds.
  • Excellent adhesive strength onto polar resins such as polycarbonate, ABS and PMMA.
  • Outstanding processability enabling to mold larger or complex parts

Satoshi Kamimura | Technical Service Engineer, Asahi Kasei Europe
Raw material supplier perspective
Networking refreshment break
Stat-Tech™ TPEs: Next-Gen EMI & ESD Protection—Engineered for Today’s Critical Standards and Evolving Markets
 
  • Why to use electrically conductive materials? – general overview
  • Ranges of conductivity from Anti-Static, ATEX, ESD standards to EMI & RFI shielding performance
  • Anti-Static, ESD & ATEX materials with case studies
  • Shielding Definition and use cases
  • Case Study for EMI-shielding gaskets
  • Conclusion & Q&A

Hermann Füchter | Sr. Marketing & Product Manager EMEAI, Specialty Engineered Materials, Avient
Formulation Machine Learning + Simulation as Enabling Tool for Elastomer Industry
 
  • Tool for industry: The Schrödinger Materials Science Suite aids polymer industry in research related to reactivity, solvent sensitivity and additive compatibility in day to day research
  • Multiscale modeling for targeted properties: This presentation will showcase a case study demonstrating how multiscale modeling guides the selection of desired material properties.
  • Accelerated material development: Example study will show how design for performance is possible with simulation.

Andrea Browning | Senior Director - Polymers, Schrödinger
Electrically Conductive Polyurethanes: Enabling Flexible Electronics in Additive Manufacturing
 
  • Production of electrically conductive filaments using extrusion processes 
  • Combination of conductive fibers and low-melting metals to achieve more conductive networks 
  • Printing of conductive structures and elastic materials using fused filament fabrication (FFF)-processes 
  • Process characterization of extrusion and additive manufacturing to increase electrical conductivity 

Lucas Loth | Research Associate, Hochschule Schmalkalden, University of Applied Sciences
Chair’s summary and close of event