Ahead of the 2025 Thermoplastic Elastomers conference, we spoke with Hermann Füchter, Sr. Marketing & Product Manager EMEAI, Specialty Engineered Materials at Avient.
In this interview, Hermann shares insights on next-gen EMI and ESD protection, real-world applications of Stat-Tech™ TPE, and where innovation is headed.
We're looking forward to your presentation on Next-Gen EMI & ESD Protection—Engineered for Today’s Critical Standards and Evolving Markets. Can you share some highlights from your presentation?
Our focus will be on Stat-Tech™ TPE, a next-generation solution for EMI shielding and ESD protection. Key highlights include:
• How static dissipative and electrically conductive TPEs can deliver performance levels to be compliant with ESD & ATEX as well as REACH, and RoHS standards for critical applications
• EMI shielding performance for critical electronics
• Real-world success stories in the automotive, industrial, and food processing sectors
We hear a lot about conductive TPEs lately. What’s driving their importance in EMI and ESD protection today?
The growing importance of conductive TPEs in EMI and ESD protection is driven by several key factors. As electronics continue to shrink in size while becoming increasingly complex, the need for reliable electromagnetic interference (EMI) shielding and electrostatic discharge (ESD) protection has become more pressing. This trend is driving demand for materials that effectively safeguard sensitive components without adding bulk or complicating the manufacturing process. Regulatory compliance is another significant driver, with industries facing stringent requirements for ATEX and ESD compliance, as well as additional demands such as Food-Contact compliance in certain applications. Furthermore, the pursuit of sustainability and cost efficiency is leading manufacturers to adopt materials and processes that minimize waste and optimize production. Conductive TPEs are well-positioned to meet these needs, offering advantages such as single-step processing, reduced weight, and the ability to integrate multiple parts into a single component – all of which are critical considerations in modern manufacturing.
Looking ahead, where do you see the biggest opportunities for innovation in static control and shielding materials?
The most significant opportunities for innovation in static control and shielding materials lie in several key areas. One major focus is the integration of multifunctionality, where materials can combine EMI shielding, ESD protection, and thermal management in a single solution, simplifying design and manufacturing processes. Another significant opportunity is the development of advanced recyclable and bio-based formulations to meet the growing demand for circular economy solutions. Additionally, customization of materials for emerging markets is expected to drive growth, with applications such as EV powertrain components, advanced driver-assistance systems (ADAS), and medical robotics requiring specialized materials that meet specific performance and regulatory requirements.
We’re looking forward to catching up with all the latest updates and innovations at the event. What are you most looking forward to?
I’m excited to share insights with industry leaders, explore new sustainability initiatives, and discuss how material science can drive innovation in mobility, healthcare, and electronics. It’s a great opportunity to highlight how Avient’s Stat-Tech™ TPE can help to shape the future of static control and shielding.
Watch Hermann's presentation at TPE 2025 in Düsseldorf on 4 December at 2:55pm.
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