YXPOLYER Carbon Fiber ABS Filament 1.75mm for 3D Printing - High Strength Engineering Filament 1kg Spool (Black) - Perfect for Automotive Parts, Drone Frames & Industrial Prototypes

A leading provider of premium 3D printing materials with in-house R&D and production Specializing in innovative, engineering-grade solutions for industrial and professional applications 24/7 service, assistance, and prints defect analysis Optimal solutions delivered by professional engineers 3MF testing files available upon request YXPOLYER 3D Printer Filament ABS Carbon Fiber Filament YXPOLYER ABS-CF10 is a high-performance carbon fiber reinforced ABS filament ideal for anyone that desires a structural component with high modulus, excellent surface quality, dimensional stability, light weight, and ease of printing. Also it is commonly used for printing functional prototypes and production parts. ABS-CF10 outperforms PLA in mechanical strength, heat resistance, durability, and weight, making it a better choice for demanding applications and functional parts. Diameter 1.75mm Net weight 1KG （Roll） Tolerance roundness ±0.04mm Material ABS Carbon Fiber Filament Baseplate temperature 80-100℃ Print temperature 220-260℃ Density: 1.039 g/cm³ Melt Flow Rate: 17 g/10min ABS-CF10 offers several advantages over standard ABS due to the addition of 10% carbon fiber Increased Strength and Rigidity:ABS-CF10 is much stronger and more rigid, thanks to the carbon fiber reinforcement. This makes it suitable for applications requiring high mechanical performance, such as load-bearing parts. Reduced Warping:The carbon fiber improves dimensional stability, significantly reducing warping and shrinking during printing, which is a common issue with standard ABS, especially for large prints. Lighter Weight:Carbon fiber makes ABS-CF10 lighter in weight compared to standard ABS, which is useful for parts where weight reduction is important. Improved Thermal Stability:While ABS already has good heat resistance, the addition of carbon fiber further enhances the filament’s ability to maintain its shape and structure under heat. Better Surface Finish Stability:ABS-CF10 generally produces more dimensionally stable prints, though the surface may be rougher compared to standard ABS. ABS-CF10 offers several advantages over standard ABS due to the addition of 10% carbon fiber Increased Strength and Rigidity:ABS-CF10 is much stronger and more rigid, thanks to the carbon fiber reinforcement. This makes it suitable for applications requiring high mechanical performance, such as load-bearing parts. Reduced Warping:The carbon fiber improves dimensional stability, significantly reducing warping and shrinking during printing, which is a common issue with standard ABS, especially for large prints. Lighter Weight:Carbon fiber makes ABS-CF10 lighter in weight compared to standard ABS, which is useful for parts where weight reduction is important. Improved Thermal Stability:While ABS already has good heat resistance, the addition of carbon fiber further enhances the filament’s ability to maintain its shape and structure under heat. Better Surface Finish Stability:ABS-CF10 generally produces more dimensionally stable prints, though the surface may be rougher compared to standard ABS. Real 3D Printing Example Shared by Our Customer Recommended 3D Printers Settings Bed Temperature: 90-100°CPrinting Temperature: 220-260°CChamber Temperature: 45-60°CCooling Fan Speed: 0-80%Printing Speed: ≤250mm/sAdhesion Method: GlueNozzle Material: Hardened Steel NozzleNozzle Size: 0.4mm / 0.6mm / 0.8mmBed Type: Engineering Plate / High-Temperature Plate / Textured PEI Plate (60-80°C)Recommended Support Materials: Breakaway-80, AquaSol-120Drying Requirement: RecommendedStorage Conditions: <20% RH (Sealed with desiccant) TDS Tensile Strength (XY): 35 MPa Tensile Strength (XZ): 40 MPa Tensile Strength (ZX): 16 MPa Elongation at Break (XY): 2.3 % Elongation at Break (XZ): 5.3 % Elongation at Break (ZX): 1.2 % Flexural Strength (XY): 61 MPa Flexural Strength (XZ): 65 MPa Flexural Strength (ZX) 24 MPa Flexural Modulus (XY): 3071 MPa Flexural Modulus (XZ): 2900 MPa Flexural Modulus (ZX): 1135 MPa Unnotched Impact Strength (XY) 18 KJ/m² Unnotched Impact Strength (XZ) 11 KJ/m² Unnotched Impact Strength (ZX) 4.8 KJ/m²