REINFORCED
ABS-CF
A carbon-fibre reinforced ABS thermoplastic used for rigid, dimensionally stable and heat-resistant FDM components requiring a professional matte surface.
Material Overview
ABS-CF is a carbon-fibre reinforced acrylonitrile butadiene styrene thermoplastic developed for rigid, lightweight and dimensionally stable FDM components. The ABS base provides mechanical durability and useful heat resistance, while the carbon-fibre reinforcement increases stiffness, improves dimensional control and creates a uniform matte appearance. Compared with unfilled ABS, suitable ABS-CF grades can produce lower warping and more stable geometry during controlled manufacturing. Final performance depends on the carbon-fibre content, selected formulation, geometry, wall design, print orientation, operating environment and production parameters.
APPLICATION
Typical Part Types
Rigid machine brackets, mounts and equipment supports
Manufacturing jigs, fixtures and assembly aids
Mechanical housings, covers and equipment enclosures
Robotic components, holders and structural interfaces
Gears, pulleys and low-impact mechanical components
Lightweight frames and dimensionally stable supports
Components exposed to moderately elevated temperatures
Functional parts requiring a matte technical finish
Strong one-off parts and controlled production runs
Material Selection Note
ABS-CF is suitable where stiffness, dimensional stability, heat resistance and a matte surface are more important than high flexibility or maximum impact ductility. Carbon fibre does not improve every mechanical property equally, and printed components remain direction-dependent. ABS-CF should also not be treated as equivalent to ASA-CF for long-term outdoor exposure. Gramm reviews the fibre grade, mechanical load, print orientation, operating temperature, chemical exposure, geometry and dimensional requirements before manufacturing.