MakerBot Tectonic KRATIR PA11 CF is a carbon fiber-reinforced polyamide filament engineered for high-strength, structural 3D printing applications. Built on a 96% biobased PA11 foundation with a low-moisture formulation, KRATIR PA11 CF provides engineers and manufacturers with a resilient, reliable material option for demanding mechanical components and functional prototypes.
Please note: This material is subject to a 21-day lead time upon order placement.
Key Features
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Carbon Fiber-Reinforced PA11: Combines a high-performance polyamide 11 base with chopped carbon fiber reinforcement to deliver increased stiffness, tensile strength, and dimensional stability for structural parts.
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96% Biobased Polyamide: Utilizes a biobased PA11 resin sourced from castor oil, offering a lower environmental impact without sacrificing industrial mechanical performance.
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Low-Moisture Formulation: Engineered with lower moisture absorption properties compared to traditional PA6 or PA12, maintaining mechanical integrity and process stability during and after printing.
Applications
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Structural Components: Ideal for load-bearing parts, brackets, adapters, and mountings requiring high strength-to-weight ratios.
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Functional Prototypes: Create functional engineering prototypes that accurately simulate the mechanical behaviour and thermal resistance of final production parts.
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Manufacturing Aids: Produce custom jigs, fixtures, and shop-floor tooling designed to withstand continuous mechanical stress in industrial environments.
Why Choose KRATIR PA11 CF?
MakerBot Tectonic KRATIR PA11 CF delivers the stiffness and durability needed for end-use structural parts while maintaining process consistency. By combining a 96% biobased polymer base with low moisture sensitivity and carbon fiber reinforcement, KRATIR PA11 CF gives engineering teams a reliable, industrial-grade composite filament for demanding additive manufacturing projects.
