CFRT® Composites for
Consumer Electronics
Thermoplastic Composites for Consumer Electronics
Our thermoplastic composite materials provide lightweight, thin, and durable protection for a wide range of consumer electronic devices. Offering strength, scratch resistance, fire retardancy, and premium cosmetic finishes, our composites deliver a cost‑effective casing solution for the next generation of portable and high‑performance electronics.
Innovative, lightweight, and cost-effective solutions for the next generation of electronics.
Our thermoplastic composites (CFRT®) integrate seamlessly with high‑volume manufacturing processes—including one‑shot compression molding and injection over molding—to deliver tough, protective, and cosmetically superior structural enclosures for laptops, handheld devices, and tablets.
With production facilities in North America and Asia, we support turnkey manufacturing on a global scale, helping electronics brands achieve consistent quality, performance, and reliable supply continuity.
CFRT® Features for Consumer Electronics
High Volume Production
Our production is capable of supporting high‑volume manufacturing for thermoplastic composites, enabling fast forming cycles and seamless integration with injection over molding for complex part designs.
High Strength
Thermal Barrier
Engineered Reinforced Orientation
We tailor the fiber architecture of our CFRT® composites to meet specific design requirements, optimizing strength, stiffness, and structural performance.
Recyclable
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
Case study: HP Spectre 13 Ultrabook
The HP Spectre weighs only 1.1 kg (2.45 lbs) and is the world’s thinnest laptop. Toray's materials were selected to achieve a lightweight, thin profile and to dissipate heat when in operation on a user’s lap.
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