NORTON Carbon Fiber PLA Filament – 1KG | 1.75mm

From the shop's description

NORTON Carbon Fiber PLA combines the easy printability of PLA with enhanced strength and a premium matte finish. Designed for high-precision printing, this filament delivers durable, rigid parts with excellent surface quality, making it ideal for functional indoor applications. NORTON Carbon Fiber PLA is an upgraded PLA filament reinforced with carbon fiber to provide higher toughness, improved rigidity, and superior dimensional stability. Manufactured using high-quality raw materials, it ensures consistent extrusion, excellent layer adhesion, and reliable performance across a wide range of FDM 3D printers. With a smooth matte finish , this filament is perfect for producing professional-looking parts that outperform standard PLA in strength and durability. Whether you’re printing tools, fixtures, or detailed components, NORTON Carbon Fiber PLA delivers precision you can trust. Key Features Matte Finish Produces smooth, professional parts with reduced layer visibility. Enhanced Strength & Toughness Upgraded PLA formulation reinforced with carbon fiber for improved rigidity and durability. High Precision Printing Diameter tolerance strictly controlled within ±0.02mm for stable and accurate prints. Reliable & Consistent Bubble-free, tangle-free, and clog-free extrusion with excellent layer adhesion. Wide Compatibility Compatible with most FDM 3D printers using 1.75mm filament. Technical Specifications Material: Carbon Fiber PLA Filament Diameter: 1.75mm Diameter Tolerance: ±0.02mm Net Weight: 1KG Finish: Matte Printing Technology: FDM / FFF Recommended Use: Indoor functional parts, tools, instruments, prototypes Recommended Applications Indoor tools & fixtures Musical instrument components Functional prototypes Structural parts requiring higher stiffness Professional display models Why Choose NORTON Carbon Fiber PLA? If you want stronger prints than standard PLA without sacrificing ease of printing, NORTON Carbon Fiber PLA is the perfect balance of performance, precision, and visual quality.