Recycled Carbon Fiber Thermoplastic Laminate

What is a Carbon Fiber Laminate?

Carbon fiber laminate is a composite material made by stacking multiple layers of carbon fiber paper, nonwoven fabric, or prepreg, and compressing them using a hot-press process. Each layer is typically combined with a resin (such as epoxy) and then cured under high temperature and pressure to create a strong, lightweight structure.

What is a Recycled Carbon Fiber Thermoplastic Laminate?

Recycled carbon fiber thermoplastic laminate is a multi-layered composite material produced by combining recycled carbon fiber paper or nonwoven fabric with thermoplastic films using thermal compression molding. The laminates feature a sandwich-style layered structure and can be customized with materials such as TPU, PA-series, or PC to meet specific design requirements in thickness, strength, and directionality.

This product retains the advantages of carbon fiber—high strength, low weight, heat resistance, and corrosion resistance—while significantly reducing environmental impact through the use of recycled materials. It is widely used in both consumer and industrial applications that require high mechanical performance, lightweight properties, and sustainability—especially in the automotive, electronics, and sporting goods sectors.

Key Features

• High Strength & Lightweight
  • Offers strength comparable to virgin carbon fiber with a low density, making it ideal for structural applications where both performance and weight savings are critical.
• Environmental & Economic Benefits
  • Made with recycled carbon fiber, these laminates reduce resource consumption and carbon emissions, aligning with sustainability goals.
• Heat & Corrosion Resistance
  • Maintains the excellent thermal and chemical resistance of carbon fiber, suitable for long-term use in harsh environments.
• Customization & Versatility
  • Laminates can be customized for various industries, including aerospace, automotive, sports equipment, and industrial machinery.

Main Applications

• Aerospace
  • Used for structural aircraft components, wings, fuselage parts, and more—enhancing flight performance and reducing fuel consumption.
• Automotive
  • Applied in high-performance vehicles for components like body panels, doors, roofs, and interior parts, improving safety, corrosion resistance, and fuel efficiency.
• Sports Equipment
  • Ideal for making lightweight and durable sports gear, such as golf clubs, tennis rackets, and skis, offering enhanced strength and better user experience.
• Electronics
  • Used in the housings of electronic devices for shock resistance and weight reduction.
• Construction & Civil Engineering
  • Employed in reinforcing structures such as bridges and tunnels, offering excellent load-bearing capacity and durability for long-term structural stability.

Product Specifications

Note: All product data are based on internal testing and are for reference only. Actual values may vary depending on production conditions and equipment.