Fiberon PPS-CF10
Fiberon PPS-CF10
Experience professional-grade printing with Fiberon PPS-CF10 carbon fiber reinforced filament, delivering effortless warp-free printing and precision layer adhesion for demanding industrial applications. This heat-resistant engineering filament prints at 310–350°C with superior 252°C HDT performance and UL94 V0 flame retardancy for reliable aerospace and automotive prototyping. Featuring metal-like rigidity (5314 MPa Young's Modulus), chemical resistance to acids and solvents, and moisture-insensitive durability, it's the professional aerospace grade prototyping solution engineers trust for critical components.
Key Features:
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Precision Warp-Free Printing 310–350°C range for consistent professional results
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High Temperature Resistance 252°C HDT for demanding industrial additive manufacturing
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Chemical Resistant 3D Printing withstands acids, solvents and fuels for versatile use
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Professional Grade Engineering metal-like rigidity 5314 MPa for aerospace applications
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UL94 V0 Flame Retardant safety certified for electronics and automotive components
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Industrial Strength Composite moisture-insensitive durability for long-lasting performance
Fiberon PPS-CF10 is a polyphenylene sulfide (PPS) filament reinforced with 10% chopped carbon fibers, delivering exceptional thermal stability up to 250 °C and natural UL94 V0 flame retardancy. It exhibits minimal moisture absorption, maintaining mechanical properties in humid environments, and features low warpage thanks to its Warp-Free technology. This composite’s chemical resistance against acids, alkalis, fuels, and solvents makes it suitable for harsh operating conditions.
Fiberon PPS-CF10 excels in aerospace, electronics, and molding applications where high stiffness and dimensional accuracy are critical. It prints reliably on open-bed FDM machines with a hotend capable of 310–350 °C, and uses no cooling fan, making it compatible with both advanced desktop and industrial-grade systems. Professionals and experienced hobbyists can leverage its performance for functional prototypes and end-use parts in demanding industries.
Users benefit from PPS-CF10’s metal-matching rigidity, low coefficient of thermal expansion, and chemical resilience, ensuring durable parts under mechanical stress. However, printing requires a hardened-steel or ruby nozzle, precise bed adhesion strategies, and an enclosure or stable ambient temperature to prevent layer delamination. For optimal performance, anneal printed parts at 125 °C for 16 hours to achieve full crystallization and maximize mechanical strength.
