Fiberon PA6-CF20
Fiberon PA6-CF20
Experience exceptional industrial performance with Fiberon PA6-CF20 nylon carbon fiber filament, delivering superior layer adhesion excellence and heat resistant aerospace-grade reliability. This industrial strength nylon features 20% carbon fiber reinforcement, exceptional 215°C HDT, and remarkable 8636 MPa Young's modulus for demanding mechanical applications. Engineered with revolutionary Fiber Adhesion Technology for professional composite manufacturing at 280-300°C, offering outstanding dimensional stability and extreme durability. Trust this automotive grade carbon fiber solution for critical automotive components, industrial tooling, and composite manufacturing requiring precision engineering excellence and professional reliability.
Key Features
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Superior Industrial Performance 20% carbon fiber 215°C HDT exceptional reliability guaranteed
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Automotive Grade Manufacturing outstanding mechanical strength 109.3 MPa tensile precision certified
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Professional Layer Adhesion Fiber Adhesion Technology superior composite bonding excellence
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Heat Resistant Engineering 215°C deflection temperature demanding applications proven durability
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Industrial Strength Composite 8636 MPa modulus extreme mechanical performance manufacturing ready
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Warp-Free Technology dimensional stable printing professional precision components guaranteed
Fiberon PA6-CF20 is a carbon fiber reinforced nylon 6 filament containing 20% chopped carbon fibers with a density of 1.17 g/cm³ and exceptional heat deflection temperature of 215°C at 0.45 MPa. This composite material exhibits outstanding mechanical properties with Young's modulus of 8636 MPa in X-Y direction when dry and maintains superior stiffness even after moisture absorption. The material features Fiber-Adhesion™ Technology that optimizes surface chemistry of carbon fibers for better dispersion and bonding to the nylon matrix, delivering exceptional layer adhesion.
Fiberon PA6-CF20 excels in automotive, composite manufacturing, and industrial applications requiring extreme durability under high stress and heat conditions. It prints reliably on FDM systems with nozzle temperatures of 280-300°C and bed temperatures of 40-50°C, achieving printing speeds up to 300mm/s without requiring heated chambers. Both professional engineers and advanced users can leverage its ESD-safe properties and Warp-Free™ technology for high-performance prototypes, functional parts, and manufacturing tooling.
Users benefit from PA6-CF20's exceptional mechanical performance in dry conditions, with 109.3 MPa tensile strength and 11.0 kJ/m² impact strength, making it ideal for demanding structural applications. The material offers outstanding z-axis strength through advanced fiber adhesion technology, creating more isotropic parts compared to other carbon fiber nylons. However, the abrasive carbon fibers limit brass nozzle life to approximately 9 hours, requiring hardened steel or ruby nozzles, and annealing at 100°C for 16 hours is essential to achieve maximum mechanical and thermal performance.
