Xenia develops technology to improve performance of CF reinforced materials
Last update on Apr 9, 2026
Xenia introduces the HM Upgrade: a technology developed to enhance stiffness and structural response of carbon fiber reinforced materials through the use of high modulus fibers.
Interested in more recent updates from Xenia? Visit their profile now!
Using high-modulus carbon fibers increases tensile modulus by 15%
Reinforced thermoplastic composites are a well-established solution for applications requiring high mechanical strength and structural stability. However, in high-stress scenarios or where dimensional precision and deformation control are critical, these materials may not meet the necessary performance requirements.
By incorporating high-modulus carbon fibers, these materials deliver an average 15% increase in tensile modulus, enhancing stiffness while maintaining the compound’s inherent lightweight characteristics.
Simultaneously, both tensile strength and flexural modulus see an average increase of 15%, further enhancing the structural stability of the components.
In addition to the significant increase in stiffness, these compounds also exhibit improved impact resistance, with average gains of up to 20% depending on the polymer matrix.
Applications
The HM technology enables the development of high-performance applications across a wide range of sectors: from aerospace and motorsport, where lightweight, stiffness, and dimensional stability are key, to demanding industrial and sports applications requiring impact resistance, structural reliability, and consistent performance over time.
The HM Upgrade can be applied across the carbon fiber–reinforced material family: XECARB®.
With the HM Upgrade, Xenia expands its portfolio of advanced technologies, providing engineers and designers with a solution to create structural components that are more efficient, lightweight, and reliable.