ABS CF Filament

About

ABS CF filament combines ABS durability with carbon fiber strength for heat-resistant, high-stress applications. Siraya's carbon fiber reinforced ABS filament delivers rigid engineering performance for FDM printers with fewer nozzle changes and print failures. Our high strength ABS composite filament suits aerospace, automotive, industrial tooling, robotics, and functional prototypes. Features consistent diameter, superior layer bonding, and 101°C heat resistance. This lightweight carbon fiber ABS outperforms standard materials for drone frames and load-bearing parts. Available in core-concentrated fiber (smoother surfaces) or chopped fiber (maximum strength). Requires hardened steel nozzles. Minimal warping, excellent dimensional stability. Strength That Handles Real Stress ABS carbon fiber 3D printing material outperforms standard filaments when parts need to stay rigid under load or heat. Carbon fiber reinforcement adds structural integrity without making parts heavy or brittle. Tensile strength reaches up to 45 MPa in the XY axis for load-bearing applications Core-concentrated carbon fiber options improve Z-axis strength and layer adhesion Heat deflection temperatures up to 98°C mean parts won't soften in hot environments Chopped fiber formulations deliver true structural reinforcement for functional prototypes Lightweight durability makes this ideal for drones, RC aircraft, and automotive components Built for High-Temperature Applications Glass transition temperatures above 100°C let you create parts that perform in demanding conditions. Industrial tooling, jigs, and fixtures stay stable under heat and chemical exposure where standard plastics fail. Prints Clean with Less Maintenance Carbon fiber filaments can clog nozzles or leave rough surfaces if the fiber distribution isn't controlled. These formulations reduce direct contact between fibers and nozzles while maintaining surface quality. Core structure designs minimize nozzle wear and extend component life R