CFRT® Composites for
Automotive
CFRT® Composites for
Industrial
Thermoplastic Composites for Automotive & Industrial Applications
To meet stricter CO₂ emission standards, the automotive industry is adopting lightweight materials, with composites offering up to 70% weight savings over steel and 30% over aluminum. Toray’s advanced thermoplastic composites deliver high strength, stiffness, corrosion resistance, and rapid stamp-forming for efficient, low-waste production. These same properties make them ideal for industrial applications such as structural components for utility projects and other demanding environments, where durability, temperature stability, and impact resistance are critical.
The advantages of Toray CFRT® composites in automotive
The advantages of Toray CFRT® composites in industrial applications
With proven performance in demanding industrial environments, Toray CFRT® composites are a trusted solution for sectors such as automation, fluid handling, and chemical processing. Our advanced thermoplastic materials offer exceptional strength, stiffness, and lightweight properties — enabling more efficient system designs and easier handling. Their rapid formability through stamp forming supports high-volume production, while built-in corrosion resistance, high temperature stability, and impact durability ensure long-term reliability in harsh operating conditions. Toray’s composites deliver the performance and versatility needed to meet the evolving demands of modern industrial systems.
CFRT® Features for Automotive & Industrial Applications
Corrosion Resistant
Fire Retardant
Our CFRT® composites can be formulated to meet fire‑retardant performance requirements without relying on secondary fillers, supporting safer material usage across demanding applications.
Lightweight
Impact Resistant
Product Formats

Woven Series
Our CFRT® woven thermoplastic composite materials are available in a range of weave styles and carbon and/or glass fiber combinations. We tailor these materials to provide the right balance of rigidity, support, aesthetics, and cost efficiency for performance‑driven applications across diverse industries.

UD Series
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