Recycled Carbon Fiber Prepreg

What is Carbon Fiber Prepreg?

Carbon fiber prepreg is a composite material made by pre-impregnating carbon fiber tows or fabrics with a resin system. These materials—either thermoset or thermoplastic—are evenly coated and partially cured, then rolled for convenient storage and processing. Prepregs offer consistent resin content and excellent processability.

What is Recycled Carbon Fiber Prepreg?

Recycled carbon fiber prepreg is produced by combining recycled carbon fiber paper or recycled carbon fiber nonwoven fabric with a specialized resin system. It retains the core benefits of carbon fiber—including high strength, lightweight, heat resistance, and corrosion resistance—while offering significant environmental benefits by incorporating reclaimed materials.

Key Features

• High Strength & Lightweight
  • Offers excellent tensile strength and rigidity with low weight, making it suitable for structural applications that require high performance and weight savings.
• Superior Heat & Corrosion Resistance
  • Carbon fiber's inherent chemical resistance and thermal stability make it ideal for use in harsh conditions, including high temperatures, humidity, or corrosive environments.
• Stable Quality & Processability
  • 1.Prepreg ensures uniform resin distribution across the fibers.
  • 2.Good flow and adhesion during molding processes lead to better product consistency and improved production efficiency.
• Two Resin Options Available
  • 1.M Type: Standard curing
  • 2.K Type: Fast curing
• Flexible Design Possibilities
  • Layering can be customized to achieve directional strength distribution based on structural needs, optimizing mechanical performance and reducing weight.
• Efficient Production
  • 1.No need for additional resin application—resin is pre-infused.
  • 2.Manufactured using 100% recycled carbon fiber, aligning with sustainability goals.

Main Applications

• Automotive
  • Body panels, chassis components, and structural parts that require lightweight and high-strength performance.
• Sports Equipment
  • Lightweight and durable gear such as bike frames, golf clubs, skis, and more.
• Electronics
  • Housings and structural parts for electronics with added rigidity and corrosion resistance.
• Medical Devices
  • Lightweight and durable equipment like braces, supports, and frames.
• Industrial Manufacturing
  • High-strength and corrosion-resistant parts for machinery, piping, and structural assemblies.

Product Specifications

Note: All data are based on internal analysis. Actual values may vary depending on production equipment and process conditions.