Syensqo’s specialty polymers performance and processing versatility enable increasingly complex components from miniature precision parts to large-scale structures
Syensqo, a global leader in high-performance materials, will showcase its broad portfolio of specialty polymers at Fakuma 2026, demonstrating how advanced materials enable manufacturers to produce increasingly complex components across a wide range of sizes, applications and production technologies.
Material performance is only part of the equation. How a material flows, forms and joins during manufacturing can determine whether an ambitious design can become an industrial reality. At Fakuma, we are bringing materials, processes and finished components together so engineers can explore those possibilities firsthand.
Across electric, hybrid and internal-combustion vehicles, materials must meet very different design and manufacturing requirements. Syensqo’s portfolio addresses these challenges across applications ranging from electrical insulation to power electronics and thermal management.
Electric motor: KetaSpire® PEEK extruded directly onto magnet wire conductors, complemented by Ajedium™ films and extruded profiles for slot liners; and Ryton® Supreme HF for thin-wall molded bobbins and resolvers
800V power module: Amodel® PPA Bios for complex, miniaturized injection-molded components with demanding dimensional, thermal and electrical requirements
Busbars: Ryton® PPS Orange for extrusion or injection molding, combines high visibility with integrated orange color to eliminate an in-process coloring step, helping simplify component manufacturing in e-motors, power electronics and fast-charging systems
Thermal management systems: Ryton® PPS XE for extruded and laser-welded coolant lines, connectors and brackets; Amodel® PPA for injection-molded ATF guide ring and delivery tube awarded by Altair Enlighten Award in 2025 and nominated finalist at PACE Awards 2026 for enabling a novel stator cooling design, resulting in a remarkable 47% weight reduction and 36% cost savings compared to traditional metal solutions.
The same demanding material requirements found in automotive are increasingly relevant in AI data centers, where rising power densities and more compact designs require thermal resistance, dimensional precision and electrical reliability. Syensqo will also showcase Amodel® PPA and Ryton® PPS for capacitor housings, Omnix® HPPA for high-precision DDR5 connector components, and Halar® ECTFE, Ryton® PPS and Ixef® PARA for connectivity and electrical protection applications.
Beyond that, Syensqo materials’ performance and processing versatility opens opportunities across very different industries and component scales.
Construction and thermal systems: Ryton® PPS for blow-molded, thermoformed and machined pipes and water lines used in construction and heat-pump systems.
Consumer goods: Omnix® HPPA 1030 ECHO RPRF, with 98% recycled content, for injection-molded components in the woom WOW self-balancing toddler bike.
Food-contact applications: high-purity Duradex™ PPSU ECHO, produced with 38% certified circular1 feedstock, for molded nursing bottles, and Radel® PPSU ultra-fine water-based coatings for metal surfaces in premium non-stick cookware.
Precision electronics: high-performance polymers for micro-molded components requiring very small dimensions and precise manufacturing.
Syensqo complements its material portfolio with global laboratory capabilities and local application expertise, supporting customers from material and process selection through component design, testing, validation and production. Customers can also draw on ECHO portfolio, designed to offer equivalent performance and specifications, helping customers integrate circular materials while minimizing revalidation requirements.
Visitors to Fakuma can see these components and discuss their material and processing challenges with Syensqo experts at Hall B4, Booth 4213.
Amodel®, KetaSpire®, Halar®, Ixef®, Omnix®, Radel® and Ryton® are registered trademarks of Syensqo.
Ajedium™ and Duradex™ are trademarks of Syensqo.
1 Attributed by mass balance and verified under the International Sustainability and Carbon Certification (ISCC) PLUS regime. The ISCC (International Sustainability and Carbon Certification) defines circular materials as materials that are reused, recycled, or further used instead of being landfilled or used for energy.
Syensqo is a science company developing groundbreaking solutions that enhance the way we live, work, travel and play. Inspired by the scientific councils which Ernest Solvay initiated in 1911, we bring great minds together to push the limits of science and innovation for the benefit of our customers, with a diverse, global team of approximately 13,000 associates in 30 countries.
Our solutions contribute to safer, cleaner, and more sustainable products found in homes, food and consumer goods, planes, cars, batteries, smart devices and healthcare applications. Our innovation power enables us to deliver on the ambition of a circular economy and explore breakthrough technologies that advance humanity.
Learn more at www.syensqo.com
Specialty Polymers: tiny molecules, huge impact
Syensqo is a world leader in high-performance Specialty Polymers, we provide you with the broadest selection of advanced materials. Our offer is unique. We have developed an unmatched portfolio of more than 1500 different formulations available for you to develop future applications for your industry.