Addressing evolving tire demands with Twaron®

The automotive industry’s transformation is reshaping tire design requirements, with a focus on performance and sustainable solutions. Twaron® supports manufacturers in achieving this balance, providing the strength and reliability essential for UHP tires while contributing to long-term environmental goals.

Reducing CO₂ footprint

  • The high strength-to-weight ratio of Twaron® enables reduced material consumption, lowering the CO₂ footprint in the raw material phase.
  • Enhanced reinforcement properties of Twaron® support lighter tire designs, improving fuel efficiency and reducing CO₂ emissions during the use phase of the tire.
  • Increasingly strict governmental standards are driving the need for low-carbon tire designs, making Twaron® a valuable component in meeting these requirements.*

Electrification

  • Twaron® enables tires to carry the heavy loads of EVs and SUVs while minimizing overall tire weight. This helps manufacturers meet the performance demands of nextgeneration mobility.
  • With superior mechanical properties, Twaron® supports efficient torque transfer in EV tires, contributing to improved ride performance.
  • Reduced rolling resistance helps extend driving range and supports overall vehicle efficiency.

Material circularity

  • The incorporation of recycled raw materials minimizes resource consumption and promotes a circular lifecycle.

*EU fines: €95 per gram of CO₂ in excess of 95 g/km, multiplied by total vehicles sold (in 2025). Extended producer responsibility: Mandates for recycling and disposal under the End-of-Life Vehicles Directive.