KARL MAYER will put its advanced multiaxial non-crimp fabric (NCF) technology in the spotlight at JEC World 2026, presenting high-performance reinforcement solutions for lightweight construction in pultrusion applications. From March 10 to 12 in Paris, the German textile machinery specialist will demonstrate how its Technical Textiles division is driving innovation in carbon fiber reinforced polymer (CFRP) profiles for advanced mobility projects.
As a global leader in warp knitting technology, KARL MAYER has positioned itself at the forefront of multiaxial fabric development. Its systems enable the precise placement of continuous fibers at defined angles, creating reinforcement structures tailored to complex load requirements. These multiaxial NCFs are engineered to deliver high productivity, improved cost efficiency and greater design flexibility. The key factors for industrial-scale composite manufacturing.
At JEC World 2026, KARL MAYER will highlight how its multiaxial NCFs optimize the pultrusion process, a continuous manufacturing method used to produce fiber-reinforced polymer profiles with consistent cross-sections. By integrating fibers in multiple orientations without crimp, the fabrics ensure superior mechanical performance and efficient load transfer in finished components. The result is lightweight yet highly durable composite structures suited for demanding structural environments.
A flagship example of this technology in action is the CETROVO high-speed metro project. In this advanced rail platform, CFRP multi-chamber pultrusion profiles reinforced with KARL MAYER’s multiaxial NCFs have demonstrated outstanding structural performance. The textile-engineered reinforcement enables the profiles to absorb significant bending forces and withstand high longitudinal loads while contributing to substantial weight savings compared with conventional materials.
Weight reduction is a critical driver in modern rail engineering. Lighter vehicle structures translate into lower energy consumption, reduced operational costs and improved sustainability performance. By combining optimized fiber architecture with continuous pultrusion processing, KARL MAYER’s solutions help manufacturers achieve high stiffness-to-weight ratios without compromising safety or durability.
The company’s multiaxial warp knitting technology plays a central role in this advancement. Its machines are designed to handle carbon and other high-performance fibers with precision and efficiency, producing fabrics that meet strict industrial quality standards. The flexibility of the technology allows reinforcement patterns to be customized for specific application requirements, supporting the development of complex multi-chamber profiles and other structural composite components.
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Beyond rail transportation, KARL MAYER sees strong potential for multiaxial NCF-reinforced pultrusion profiles in sectors such as commercial vehicles, infrastructure, renewable energy and marine engineering. As industries accelerate their transition toward lightweight and energy-efficient solutions, demand for scalable composite manufacturing technologies continues to rise.
JEC World, widely recognized as the leading global event for composites, provides an ideal platform for KARL MAYER to engage with partners, customers and research institutions. The exhibition gathers thousands of industry professionals each year, offering a forum for technological exchange and new business opportunities across the composites value chain. At JEC World 2026, the Technical Textiles Team will engage with industry professionals, partners and innovators to explore collaborative pathways and new application fields.
JEC World 2026 is expected to gather thousands of composite professionals from around the globe, reinforcing its status as a key platform for innovation and business development. For the Technical Textiles Team, the Paris event marks another step in shaping the future of composites through performance-driven textile engineering.
By focusing on performance-driven textile engineering, KARL MAYER aims to underline the maturity and industrial readiness of its multiaxial NCF solutions. The company’s presence at JEC World 2026 reflects its commitment to supporting the next generation of lightweight construction through advanced warp-knitting and composite-reinforcement technologies.
With proven applications such as the CETROVO high-speed metro and growing cross-industry interest in pultruded CFRP structures, KARL MAYER continues to position itself as a key enabler in the evolution of high-performance composites.
