Syensqo Won 2026 Fakuma Innovation Award
The company was recognized for its Ryton PPS XE3500 OR material used in electric vehicle fast-charging systems.
Updated on Oct. 13, 2026 in Electric Vehicles
Live Poll
Does the availability of faster electric vehicle charging make you more likely to buy one?
Syensqo secured first place in the Compounding and Materials category at the 2026 Fakuma Innovation Award. The company was honored for its Ryton PPS XE3500 OR material, which is specifically engineered for use in high-voltage DC fast-charging busbars.
Why it matters
This material provides essential insulation and thermal reliability for next-generation charging infrastructure. By supporting higher dielectric strength, the technology helps enable significantly faster battery charging for electric vehicles.
The Ryton PPS XE3500 OR material enables electric vehicle batteries to charge from 20% to 80% in approximately 20 minutes. The technology is already in active series production via standard extrusion processes.
The players
Syensqo
This global science company employs 13,000 associates across 30 countries and focuses on advanced material solutions.
Standard-Metallwerke
This manufacturing firm utilizes specialized extrusion processes to produce busbars for high-voltage applications.
Schall Messen
This organization acts as one of the presenting bodies for the annual Fakuma Innovation Awards.
K-Zeitung
This trade publication co-presents the Fakuma Innovation Award to recognize excellence in the plastics industry.
The details
The Ryton PPS XE3500 OR material features a distinct orange color to allow for easy identification in high-voltage systems. Standard-Metallwerke successfully integrated this material into the manufacture of extruded busbars, demonstrating its viability for industrial-scale use.
Timeline
The Fakuma Innovation Award was presented in 2026.
Roadmap
The development of high-performance materials like Ryton PPS XE3500 OR marks a critical shift toward reducing charging bottlenecks in the electric vehicle sector. This innovation positions suppliers to better meet the global industry demand for faster, more reliable charging hardware.
This innovation directly contributes to the goal of reducing electric vehicle charging times to under 20 minutes for significant capacity gains. Drivers can expect more robust and thermally reliable charging hardware as this material is increasingly adopted in series production.
The takeaway
Advancements in specialized polymers are essential to overcoming current limitations in high-voltage DC charging speeds. As manufacturers adopt these materials, the overall reliability and efficiency of public and private charging infrastructure will likely improve for end users.
Further reading
Learn more about the latest developments in the Electric Vehicles industry.
Source note: This article includes information reported by PlasticsToday.
Live Poll
Does the availability of faster electric vehicle charging make you more likely to buy one?
