Fiberon PA612-CF15
Fiberon PA612-CF15
Experience professional aerospace engineering with Fiberon PA612-CF15 nylon carbon fiber filament, delivering exceptional heat resistant performance with superior moisture insensitive reliability. This long chain polyamide features 15% carbon fiber reinforcement, 3990 MPa Young's modulus in wet conditions, and revolutionary Warp-Free technology for consistent dimensional stability. Engineered for easy professional nylon printing at 250-300°C with minimal moisture sensitivity, offering exceptional mechanical strength (83.1 MPa tensile strength) and 100°C annealing capability. Trust this aerospace grade nylon printing solution for critical automotive, aerospace, and industrial manufacturing applications requiring precision engineering excellence.
Key Features
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Professional Aerospace Performance 15% carbon fiber 3990 MPa wet modulus guaranteed reliability
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Heat Resistant Engineering superior thermal stability moisture-insensitive composite excellence
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Industrial Strength Manufacturing 83.1 MPa tensile strength dimensional stable precision components
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Easy Professional Printing 250-300°C Warp-Free technology user-friendly operation guaranteed
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Moisture Insensitive Excellence superior wet conditions performance compared PA6 proven durability
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Automotive Grade Composite annealing ready 100°C industrial manufacturing applications certified
Fiberon PA612-CF15 is a carbon fiber reinforced copolyimide filament combining PA6 and PA12 polymers with 15% chopped carbon fibers, resulting in a density of 1.03 g/cm³ and exceptional heat deflection temperature of 175°C at 0.45 MPa. This unique long-chain copolymer structure delivers superior mechanical properties with Young's modulus of 5137 MPa in X-Y direction while maintaining reduced moisture sensitivity compared to standard PA6/PA66 materials. The material achieves an equilibrium water absorption of only 2.2%, significantly lower than traditional nylon composites, ensuring dimensional stability in humid environments.
Fiberon PA612-CF15 excels in aerospace, automotive, and industrial tooling applications where high strength, heat resistance, and moisture insensitivity are critical. It prints reliably on FDM systems with nozzle temperatures of 250-300°C and bed temperatures of 40-50°C, achieving printing speeds up to 300mm/s without requiring heated chambers or enclosures. Both professional engineers and advanced makers can leverage its Warp-Free technology for dimensional accuracy in functional prototypes, end-use parts, and demanding manufacturing applications.
Users benefit from PA612-CF15's exceptional strength retention in wet conditions, maintaining 83.1 MPa tensile strength even after moisture conditioning, compared to significant degradation in standard PA6 materials. The material offers outstanding layer adhesion through Fiber-Adhesion technology, creating more isotropic parts that are strong in all directions. However, the abrasive carbon fibers require hardened steel or ruby nozzles with typical brass nozzle life of only 9 hours, and annealing at 100°C for 16 hours is strongly recommended to achieve maximum mechanical and thermal performance.
