Bambu PETG-CF

Bambu PETG-CF is a composite filament made from PETG infused with carbon fiber. The updated formula enhances print quality by minimizing nozzle clogging and reducing clumping compared to standard PETG. With carbon fiber added, Bambu PETG-CF provides greater strength while retaining good flexibility and a glossy finish. This filament is ideal for producing high-performance parts, such as drone components, racing models, and functional parts that demand both durability, especially impact resistance, and an attractive appearance.

Reduced Clumping and Stringing

The modified formula of Bambu PETG-CF addresses the common PETG printing issues of clumping and nozzle sticking, delivering a cleaner and smoother printing experience.

High-Quality Print Surface

The addition of carbon fiber gives the print surface a refined texture while preserving PETG's natural shine.

Carbon Fiber Texture
Carbon fiber brings soft reflection, minimal layer lines and a unique delicate texture.   

Strong XY Performance

The addition of carbon fiber also significantly enhances the XY strength of PETG without sacrificing layer bonding.

Low Warping: PETG base reduces warping for better dimensional accuracy.

Matte Finish: Produces high-quality, professional-looking parts.

 Excellent Layer Adhesion: Minimizes layer separation for enhanced part strength.

Chemical Resistance: Resistant to various chemicals, making it suitable for industrial environments.

Printing Tips

• Drying Requirement: Bambu PETG-CF requires thorough drying before printing. Recommended drying conditions are 65°C for 8 hours. After use, store the filament in a dry environment. If the material has absorbed moisture, dry it again before printing. For more details, refer to the filament drying instructions on the WIKI.

• Enhancing Z-Adhesion: For stronger Z-axis adhesion, increase the infill density. Avoid using open-frame printers or setting fan speeds too high to prevent excessive cooling.

• Achieving a Shinier Finish: For a glossier appearance, use lower printing speeds and slightly higher temperatures.