Description Brahma Lab PLA Carbon Fiber 3D Printer Filament Brahma Lab PLA Carbon Fiber 3D Printer Filament is a high-performance composite filament that blends the easy printability of PLA with the strength and rigidity of carbon fiber. This lightweight, durable, and high-strength 3D printing material delivers professional-grade prints with a refined matte finish, reduced warping, and improved layer adhesion. Ideal for functional prototypes, engineering models, mechanical parts, decorative prints, and custom accessories, it ensures precision, dimensional stability, and superior surface quality. Designed for FDM 3D printers, this filament supports high-speed 3D printing and consistent extrusion, making it perfect for makers, hobbyists, and professionals looking for reliable and strong 3D printed results. Carbon Fiber Reinforced – Blended with carbon fiber to achieve an excellent balance of lightweight properties and high tensile strength, ideal for durable prints. Enhanced Print Quality – Produces a smooth matte surface finish with reduced stringing, less warping, and improved layer adhesion for professional results. Superior Mechanical Strength – Delivers high tensile strength (44.8 MPa) and flexural strength (64 MPa), making it suitable for functional parts and mechanical prototypes. Outstanding Dimensional Stability – Low shrinkage rate (0.3–1.1%) ensures accurate dimensions, stable geometry, and precise detailing in every print. Reliable Thermal Performance – With a glass transition temperature of 59°C and heat deflection up to 53°C, it offers stability under moderate heat conditions. Easy Printability – Optimized for smooth extrusion with a wide nozzle temperature range of 205–235°C, ensuring consistent output across different printers. Standard 1.75mm Diameter – Manufactured with strict tolerances for consistent filament flow, preventing clogs and ensuring reliable, smooth printing. Wide Compatibility – Works with most FDM 3D printers, requiring minimal setup and delivering strong, detailed results even on desktop printers. Versatile Applications – Perfect for decorative ornaments, strong toys, handicrafts, functional parts, and custom mechanical models. Property Test Method Test Condition S.I. Units Typical Values Tensile Strength (X-Y) ISO527/2 50mm/min MPa 44.8 Young’s Modulus (X-Y) ISO527/2 1mm/min MPa 35330 Elongation at Break (X-Y) ISO527/2 50mm/min % 4.1 Flexural Strength (X-Y) ISO178 2mm/min MPa 64 Flexural Modulus (X-Y) ISO178 2mm/min MPa 2432 IZOD Impact Notched (X-Y) ISO180 23°C KJ/m2 4.1 IZOD Impact Notched (Z-X) ISO180 23°C KJ/m2 / Shore Hardness ISO868 23°C HD 85 Heat Deflection (HDT) ISO75 0.45MPa °C 53 Glass Transition (Tg) ISO11357-3 10°C/min °C 59 Melting Point ISO11357-3 10°C/min °C 168.6 @5% Decomposition Temp. ISO11358 20°C/min °C ≥367.7 Vicat Softening Temp. ISO306 5kg, 50°C/h °C 54 Mold Shrinkage ISO294 23°C % 0.3-1.1 Coefficient of Thermal Expansion ISO11359-2 / µm/(m·°C) 101×10-6 Melt Flow Rate ISO1133 190°C/2.16kg g/10min 7 Density ISO1183 23°C g/cm3 1.2 Volume Resistivity IEC60093 – ohm-cm 2.90E 15 Dielectric Constant IEC60250 1kHz / 1.51 Flammability UL94 1.5mm Class HB Parameter Range Nozzle Print Temp. (°C) Temperature °C Speed mm/s 205-215 50-150 215-235 100-200 Print Platform Temp. 50-60°C Print Platform Material Normal Print Platform Treatment No processing required Cooling Fan On Raft Distance 0.4-0.6mm Retraction Distance 0.8-1.2mm Retraction Speed 30-40mm/s Room Temp. Normal temperature Support Material PVA Drying Temp. 50°C To explore the full range of Brahma Lab Premium 3D Printer filaments – Click hear
