Quick3D Fiberlogy PLA+CF
Fiberlogy · PLA filament for FFF
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Overview
PLA filled with carbon fibre for higher stiffness, with a matte finish that hides layers and support for fast printing.
Summarised from the Fiberlogy product page.
Features
- Material type
- Engineering
- Brand family
- Fiberlogy
- Polymer
- PLA
- Processing technology
- FFF
- Material form
- Filament
- Manufacturer
- Fiberlogy
- Reinforcements
- Carbon Fiber
Characteristics
- BiobasedMade mainly from renewable plant sources. Shown for PLA-based materials — PLA is produced from plant sugars such as corn or sugarcane.
- High tempHeat deflection temperature of 100 °C or more — keeps its shape in hot environments.
- Carbon fiberReinforced with carbon fiber for extra stiffness and a matte finish.
Applications
- Functional prototypes
- Stiff technical parts
- Carbon-look prints
- Functional, load-bearing parts
- Jigs, fixtures and tooling
- High-temperature parts
Based on this material's datasheet values. Every part is different — ask an engineer to confirm it suits yours.
Physical
- 1.26g/cm³ ISO 1183
Thermal
- 89 (annealed)°C ISO 306
- 137 (annealed)°C ISO 75, 0.45 MPa
Mechanical
- 8500MPa ISO 527
- 50MPa ISO 527
- 2.4% ISO 527
- 3.1kJ/m² ISO 179, 23 °C
- 100.0kJ/m² ISO 179, 23 °C
Versus other PLA
See where it ranks against the 34 other PLA materials we stock.
Typical values from each manufacturer's datasheet. Test methods can differ between brands, so treat small gaps as a tie.
Downloads
- Technical data sheet (TDS)FIBERLOGY_PLACF_TDS.pdf Download
- Quick3D summaryThis page as a printable PDF
Values from the Fiberlogy technical data sheet and product page. Last updated . Typical values, not guaranteed minimums — see the disclaimer below.