PETG+CF Filament - S2
Fiberlogy PETG+CF is an advanced 3D printing filament that combines the versatility and ease of printing of PET-G with the strength and stiffness provided by 10% carbon fiber. This makes the material an excellent choice for engineers, designers, and hobbyists seeking durable and technically superior prints.
The added carbon fibers significantly increase the prints’ resistance to mechanical stress and their stiffness, allowing you to create machine parts, prototypes, and functional components that must meet high technical requirements. Fiberlogy PETG+CF also offers dimensional stability, enabling precise reproduction of even complex models.
Despite its advanced technical properties, PETG+CF remains easy to use—it does not require an enclosed printer or complicated settings. The only recommendation is to use a reinforced steel or ruby nozzle to counteract the abrasiveness of the carbon fibers. The material does not curl during printing, allowing for excellent results even with larger prints.
Fiberlogy PETG+CF stands out with its carbon finish, giving prints an elegant and professional look. This combination of functionality, durability, and aesthetics makes the filament ideal for:
- prototypes and machine parts,
- structural components requiring increased rigidity,
- projects requiring both durability and a professional appearance.
Fiberlogy PETG+CF is a filament that combines high performance, attractive aesthetics, and an affordable price, offering versatile 3D printing capabilities for professionals and enthusiasts alike.
Increased stiffness and mechanical strength
High chemical resistance
Carbon Fiber Finish
Low contraction
Ease of printing
Printing Parameters
- Printing temperature: 230–260°C
- Bed temperature: 90°C
- Bed material: Smooth PEI + adhesive; Textured PEI; Glass + adhesive
- Curing conditions: 60°C / 4 hours
- Enclosed chamber: not required
- Airflow: 0–25%
Technical Specifications
- Density: 1.32 g/cm³
- Charpy impact strength (notched) @ 23°C: 6.5 kJ/m² (ISO 179)
- Vicat softening temperature: 77°C (ISO 306)
- Heat deflection temperature under load @ 1.8 MPa: 69°C (ISO 75)
- Heat deflection temperature @ 0.45 MPa: 72°C (ISO 75)
- Tensile strength at break: 105 MPa (ISO 527)
- Tensile modulus of elasticity: 9,000 MPa (ISO 527)
- Elongation at break: 4% (ISO 527)
- Charpy impact strength (unnotched) @ 23°C: 45 kJ/m² (ISO 179)
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