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Agenda

Pre-conference welcome drinks 18:30 - 20:00
Smithers welcome
Chair’s welcome
Session 1: 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
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

Dr. Lena Funke | Lab Team Leader Company, BASF Polyurethanes GmbH
It’s not just about recovered carbon black, an overview of the broader sustainable alternative fillers landscape
Within Europe, changes in government legislation and associated initiatives, manufacturing standards and consumer expectations has facilitated the need for the supply chain to review their waste management and end of product life strategies towards recycling and repurposing polymer based products. With sustainability and carbon emission reduction high on the agenda of manufacturers and brand owners across a multitude of sectors, interest in alternative materials that promise to assist in the delivery of key sustainability targets and ambitions is universally high. This has led to the growth of new entrants who are actively investing in the research and development of sustainable new alternative fillers that are comparable to or can partially replace existing materials.
Networking lunch 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
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
Networking refreshment break
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

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TPE2025_Agenda