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Kevlar® EXO™ And KINETIXX Collaboration Transforms Advanced Golf Shaft Composite Architectures

DuPont and KINETIXX extend the performance envelope of aramid fibers with Kevlar^® EXO™ in consumer-facing precision sporting systems.

TW Special Report

After more than fifteen years of material research, polymer development and qualification in extreme industrial- and aerospace-adjacent environments, Wilmington, Del.-based DuPont’s Kevlar^® EXO™ is now being translated into precision sporting systems where energy-transfer dynamics, structural resilience, torsional control and fatigue resistance are mission-critical.

Kevlar^® EXO™ represents a generational shift in aramid fiber technology. Unlike legacy Kevlar^® grades, Kevlar^® EXO™ is a copolyamide fiber platform incorporating a new monomer chemistry that improves molecular alignment and chain mobility. This architecture delivers a rare combination of high tensile strength, elevated elongation, controlled flexibility, thermal stability and intrinsic flame resistance, collectively outperforming traditional para-aramids across multiple performance measures.

These properties have already enabled breakthrough solutions in next-generation soft armor, flexible containment systems and aerospace deployables, where durability after extended service life and repeated high-strain loading is essential.

Composite Engineering

From a composite engineering standpoint, Kevlar^® EXO™ exhibits an unusually favorable strain-to-failure profile, allowing it to absorb and return energy under dynamic load rather than dissipating it through brittle fracture. Its elongation capability — approximately 1.5 to…

Arclin To Showcase Next-Generation Nomex® And Kevlar® Personal Protection Solutions At NSC Safety Congress And Expo 2026

ALPHARETTA, Ga. — September 8, 2026 — Arclin, a materials science company, will exhibit at the National Safety Council (NSC) Safety Congress & Expo 2026, September 14-16, at the Indiana Convention Center in Indianapolis, booth #4103, showcasing innovative personal protection solutions made with Nomex® and Kevlar®.

Arclin’s return to NSC marks an opportunity to introduce safety professionals to the continued evolution of the Nomex and Kevlar portfolios under Arclin’s leadership. Building on a nearly 60-year legacy in personal protection, these brands continue to advance what is possible in protection against heat, flame, arc flash, and cut hazards while delivering the durability workers and manufacturers depend on.

“Protecting people in demanding environments requires us to continually look for ways to improve how materials perform when workers need them most,” said Trey Roy, Arclin’s North American Market Leader for Personal Protection.

“Nomex and Kevlar have protected workers for generations, and at Arclin, we’re building on that foundation with new technologies designed to address the evolving needs of today’s workforce. Returning to NSC is an opportunity to connect with the safety community and demonstrate how we’re continuing to advance personal protection.”

Visit Arclin at NSC to Learn About:

• Nomex® Xtreme Arc (NXA)…

Kevlar: qué es, cómo se fabrica y para qué se utiliza en automoción y seguridad

Hablar de materiales avanzados en el mundo del motor es hablar de kevlar. Pero, exactamente, kevlar qué es y por qué se ha vuelto tan relevante en coches, motos y sistemas de protección. Esta fibra sintética ha cambiado la forma en la que se diseñan vehículos más seguros, eficientes y duraderos.

Desde componentes mecánicos hasta elementos de seguridad, el kevlar destaca por combinar una resistencia extrema con un peso muy reducido, algo clave tanto en la automoción moderna como en sectores donde la protección no admite fallos.

Kevlar: qué es y por qué es tan resistente

El kevlar es una fibra sintética de aramida desarrollada en los años 60 por la química Stephanie Kwolek en los laboratorios de DuPont. Su gran ventaja está en su estructura molecular, formada por cadenas de polímeros altamente alineadas que le otorgan una resistencia a la tracción excepcional.

Para ponerlo en contexto, el kevlar puede ser hasta cinco veces más resistente que el acero a igualdad de peso, manteniendo además una gran flexibilidad. Esto le permite absorber impactos, resistir el desgaste y soportar altas temperaturas sin…