PLAx CF is a sustainable, modified PLA reinforced with 10% carbon fibers, made from recycled industrial waste from Europe. We have taken great care to develop a consistently high-quality material for you. Thanks to its impact modification, PLAx CF offers increased tensile and fracture resistance similar to ABS – while maintaining the typical printing properties you know from PLA.
This material is ideal for printing technical parts with FDM technology. Choose your eco-friendly, high-quality 3D printing filament without compromising on quality and performance!
Highlights of Nobufil PLAx CF Filament
- Enhanced impact resistance compared to standard PLA
- Very good layer adhesion
- Easy printing even with an open build chamber
- Higher stiffness through the addition of carbon fibers
- Visually appealing surface and high detail accuracy
- Almost odorless
- Low warping
Print settings:
- Print temperature: 225°C ± 10
- Bed temp: 65°C ± 10
- Printing surface: textured PEI sheet
- Fan speed: 20-60%
- Hardened nozzle required
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Nobufil PLAx CF Anthracite Filament 1 kg 1.75 mm
PLAx CF Filament by nobufil is made from recycled industrial production waste, making a valuable contribution to the circular economy. As an alternative to primary production materials, these products help conserve resources, reduce the ecological footprint, and lower CO₂ emissions. The addition of recycled carbon fibers significantly improves both the strength and stiffness of printed parts.
PLA is a 3D material known for its easy printability. With a special modification to improve impact resistance and the addition of carbon fibers, PLAx CF is a perfect composite material for printing parts that are subject to mechanical stress.
PLAx CF filament can be used for decorative or technical parts such as functional prototypes, housings, or other parts with high requirements for impact resistance.
Our PLAx CF filament can be printed with similar settings to standard PLA, has very low warping tendency, is almost odorless, and can be easily processed on all common 3D printers. These properties make it the ideal material for beginners, ambitious hobby printers, and professional series production. The material is therefore the first choice for anyone who wants to produce parts with improved impact resistance, excellent surface quality, dimensional stability, low weight, and easy printability.
