Fiberon PET-CF17
Fiberon PET-CF17
Experience superior prototyping with Fiberon PET-CF17 carbon fiber filament, delivering high speed composite printing up to 300mm/s with exceptional heat resistant performance. This engineering grade filament features 17% carbon fiber content, 5481 MPa Young's modulus, and moisture insensitive reliability for consistent professional results. Engineered for easy carbon fiber 3D printing at 270-300°C without heated chambers, offering dimensional stable performance and superior surface texture. Trust this professional prototyping material for demanding aerospace, automotive, and manufacturing applications requiring precision layer adhesion and strength.
Key Features
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High Speed Composite Printing up to 300mm/s for rapid prototyping excellence
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Heat Resistant Engineering 147°C HDT after annealing for demanding applications
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Professional Grade Performance 17% carbon fiber 5481 MPa modulus reliability
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Moisture Insensitive Material consistent properties in humid environments guaranteed
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Easy Carbon Fiber Printing 270-300°C no heated chamber required user-friendly
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Superior Surface Texture dimensional stable composite for precision manufacturing
Fiberon PET-CF17 is a carbon fiber reinforced PET (polyethylene terephthalate) filament containing 17% chopped carbon fibers, delivering exceptional stiffness with a Young's modulus of 5481 MPa in the X-Y direction. This composite material exhibits superior heat deflection temperature of 147.5°C at 0.45 MPa and maintains dimensional stability with minimal shrinkage after printing and annealing. Its low moisture absorption (0.53% equilibrium) ensures consistent mechanical properties even in humid environments, unlike nylon-based carbon fiber materials that degrade when exposed to moisture.
Fiberon PET-CF17 excels in automotive, composite manufacturing, and jigs & fixtures applications where high stiffness and precision are required. It prints reliably on standard FDM printers with nozzle temperatures of 270-300°C and bed temperatures of 70-80°C, requiring no heated chamber or enclosure. Both professional engineers and advanced hobbyists can achieve high-speed printing up to 300mm/s while maintaining exceptional surface finish and dimensional accuracy for functional prototypes and end-use parts.
Users benefit from PET-CF17's exceptional stiffness, moisture insensitivity, and superior surface texture that requires minimal post-processing. The material offers excellent layer adhesion and low warping tendencies, making it more reliable than traditional carbon fiber composites. However, optimal performance requires hardened steel nozzles to handle the abrasive carbon fibers, and annealing at 120°C for 10 hours is strongly recommended to achieve maximum mechanical and thermal properties.
