Xenia Invests in Research & Development to Enhance Performance of Carbon Fiber Reinforced Materials

Xenia launches HM upgrade technology: This technology enhances the stiffness and structural response of carbon fiber reinforced materials by adopting high modulus fibers.

Using high modulus carbon fiber can increase the tensile modulus by 15%

Enhanced thermoplastic composites have been widely applied in fields requiring high mechanical strength and structural stability. However, under high-stress operating conditions, or in scenarios demanding stringent dimensional accuracy and deformation control, such materials often fail to meet the required performance standards.

By incorporating high-modulus carbon fibers, the tensile modulus of the relevant materials increases by an average of 15%, significantly enhancing stiffness while maintaining the lightweight characteristics of the composite.

At the same time, the tensile strength and flexural modulus have been improved by an average of 15%, further enhancing the structural stability of the components.

In addition to a significant increase in rigidity, the impact resistance of this class of composite materials is also improved, with an average improvement of up to 20% depending on the polymer matrix.

Application Areas

HM technology can assist multiple industries in developing high-performance products: in the aerospace and motorsport sectors, lightweight, high rigidity, and dimensional stability are core requirements; in demanding industrial and sports equipment sectors, materials need to have excellent impact resistance, structural reliability, and long-term stability.

This HM upgrade technology can be applied to the entire Xenia series of carbon fiber-reinforced materials—XECARB®.

Leveraging HM upgrade technology, Xenia further enriches its high-end technology product line, providing solutions for engineers and designers to create more efficient, lightweight, and reliable structural components.