ABS+GF Filament
The print retains its shape even under significant mechanical stress.
The material's low density results in lightweight prints while maintaining strength.
Dimensional stability ensures that the model is reproduced accurately after printing.
The material retains its dimensions and surface quality even when exposed to heat
Filament available in the new spool system. Compatible with BambuLab AMS.
Fiberlogy ABS+GF is a professional 3D printing filament that combines the versatility of standard ABS with the exceptional strength of glass fiber. As a result, this material enables the creation of lightweight, rigid, and warp-resistant prints that are ideal for projects requiring high mechanical properties, abrasion resistance, and high temperature resistance.
The ABS+GF filament has been optimized for impact strength and dimensional accuracy. Prints feature excellent layer bonding, improved adhesion to the build plate, and reduced shrinkage compared to standard ABS. Its lightweight construction and reduced mass make ABS+GF an ideal material for building drones and other lightweight mechanical components, as well as functional parts that require durability with minimal weight.
Fiberlogy ABS+GF offers cost savings compared to other composite filaments, while providing high strength and reliable prints. This filament is the ideal choice for professionals, designers, and hobbyists who need a material proven in demanding operating conditions.
The ABS+GF production process is closely monitored at every stage—from raw material preparation, through storage, to the finished filament. This approach ensures consistent material properties, reliable printing, and dimensional accuracy, even in more technically advanced projects.
Fiberlogy ABS+GF is a filament that combines ease of printing, high mechanical strength, and resistance to impact and abrasion with material efficiency. It is the ideal solution for demanding 3D projects where both precision and the durability of the prints are crucial.
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High mechanical strength and stiffness
The print retains its shape even under significant mechanical stress.
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Low weight
The material's low density results in lightweight prints while maintaining strength.
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Reduced shrinkage and good dimensional stability
Dimensional stability ensures that the model is reproduced accurately after printing.
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High temperature resistance
The material retains its dimensions and surface quality even when exposed to heat
Printing Parameters
- Printing temperature: 270–285°C
- Bed temperature: 90°C
- Bed material: Smooth PEI + adhesive; Textured PEI; Glass + adhesive
- Curing conditions: 60°C / 4 hours
- Enclosed chamber: recommended
- Airflow: 10–30%
Technical Specifications
- Density: 1.12 g/cm³
- Charpy impact strength (notched) @ 23°C: 10 kJ/m² (ISO 179)
- Vicat softening temperature: 95°C (ISO 306)
- Heat deflection temperature under load @ 1.8 MPa: 80°C (ISO 75)
- Heat deflection temperature @ 0.45 MPa: 90°C (ISO 75)
- Tensile strength at break: 50 MPa (ISO 527)
- Tensile modulus: 3,500 MPa (ISO 527)
- Flexural strength: 70 MPa (ISO 178)
- Elongation at break: 3.5% (ISO 527)
- Charpy impact strength (unnotched) @ 23°C: 30 kJ/m² (ISO 179)
- Gray
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Black
