Thermolysis Product Lineup

Made from 100% RCF carbon fiber. Our pellets enhance the strength and rigidity of materials by mixing recycled carbon fiber with plastic resins. Depending on customer needs, composite materials such as PA6, TPU, PP, and PC can be customized in the range of 10% to 30%. Our uniquely processed recycled carbon fiber pellets are of exceptional quality and maintain high-strength physical properties. The pellets mixed with plastic materials possess excellent characteristics such as high strength, high rigidity, wear resistance, conductivity, and lightweight. The shape of the pellets is particularly suitable for injection molding, extrusion molding, and compression molding.

• Composite Materials

The extracted recycled carbon fiber is used to create recycled carbon fiber non-woven fabric using the two-dollar punch method. The length of the recycled carbon fiber is 6 to 10 cm. It is possible to mass-produce 100% carbon fiber non-woven fabric. Additionally, it can be customized with composite materials such as TPU, FRPC, PA6, PP, PPS, and PET. By impregnating the carbon fiber non-woven fabric with thermosetting and thermoplastic resins, prepregs can be made. It is also possible to process them into thermoplastic laminates or thermoformed products.

• Composite Materials

This material is made from 100% recycled carbon fiber. Using the wet hand lay-up method, the fibers are evenly dispersed in the binder, and after drying, recycled carbon fiber paper is created. It has a smooth surface and is optimal for use as a composite material when combined with various resins. It possesses excellent properties such as corrosion resistance, conductivity, breathability, and high mechanical strength, which are characteristic of carbon fiber. Customization services are also available based on order quantity.

• Composite Materials

The resin removal rate exceeds 90%, and the surface of the recycled carbon fiber is clean and undamaged. Certified recycled materials under UL2809, with traceable sources. The recycling process is certified to the carbon footprint standards of ISO14067 products, reducing CO2 emissions during the recycling process by 80% compared to new carbon fiber. Various recycled carbon fiber products that have undergone surface modification treatment meet diverse customer needs.

• Composite Materials