PETG Carbon Fiber Filament 1Kg, 1.75mm

The PETG carbon fiber filament is one of the strongest and most stable consumables for 3D printing, reinforced with carbon fibers for exceptional performance. It combines the high strength, low weight, and excellent dimensional stability of carbon fiber reinforcement with the ease of printing typical of PETG, making it an ideal choice for users seeking durable yet lightweight parts.

The reinforced structure of this 1 kg, 1.75 mm PETG carbon fiber filament significantly improves tensile and flexural strength, while offering superior heat and impact resistance compared to standard PETG. The embedded carbon fibers reduce print shrinkage and improve layer consistency, resulting in parts with a smooth, matte, and visually appealing surface finish.

Additional advantages include high resistance to chemicals, moisture, and environmental conditions, making it suitable for projects requiring long-lasting durability. Printing this filament is easier than industrial-grade materials like nylon or polycarbonate and is compatible with most home and semi-professional 3D printers.

Today, PETG carbon fiber filament is widely used in mechanical parts, robotics, drones, sports equipment, precision tools, and engineering components. Its combination of lightweight, high stiffness, and outstanding resistance to deformation makes it one of the top choices for producing functional and professional-grade 3D printed parts.

Carbon fiber filament Application:

1. Manufacturing durable mechanical parts
2. Producing done arms and frames
3. Robotics and quadcopter components
4. Fabricating industrial tools and mechanical equipment
5. Automotive parts, RC cars, and engineering prototypes
6. Lightweight and strong sports equipment
7. Making brackets, mounts, and sturdy enclosures
8. Printing parts that require high stiffness and precision

Carbon fiber filament Specification:

1. Material: PETG reinforced with carbon fibers
2. Diameter: 1.75 mm
3. Nozzle temperature: 240–260 °C
4. Heated bed temperature: 70–90 °C
5. Stiffness: High (significantly higher flexural strength than standard PETG)
6. Printability: Very stable with low shrinkage
7. Surface finish: Matte with low gloss
8. Heat resistance: Higher than standard PETG
9. Nozzle requirement: Preferably hardened steel nozzle due to carbon fiber abrasion
10. Weight: 1 kg