Fiberlogy PLA+CF black 0,85 kg

Fiberlogy PLA+CF

Fiberlogy PLA+CF filament offers the ideal solution for users seeking a material that combines the ease of use of PLA with enhanced mechanical properties. Whether you are a hobby enthusiast or a professional, this filament allows you to elevate your 3D prints to a new level of quality and functionality.

In comparison to standard PLA, Fiberlogy PLA+CF provides significantly better mechanical properties due to its 10% carbon fiber content. This composite material excels in increased stiffness and strength, making it more suitable for a broader range of practical applications.

Key Features

Enhanced Mechanical Durability

• 10% higher stiffness and strength compared to standard PLA

• Ideal for technical components and functional prototypes

• Excellent alternative to more demanding materials like carbon fiber-reinforced nylon

Precise Printing

• High dimensional stability ensures accurate detail reproduction

• Minimal shrinkage for consistent printing results

• Suitable for fast printing without compromising quality

Aesthetic Appearance

• Matte surface finish effectively masks individual print layers

• Attractive appearance suitable for presentation models

Technical Specifications

Composition:

• 90% PLA (polylactic acid)

• 10% carbon fibers

Recommended Printing Settings:

• Nozzle Temperature: 200–220°C

• Bed Temperature: 50–70°C

• Printing Speed: Up to 120 mm/s (depending on model complexity)

Compatibility:

• Suitable for most FDM/FFF 3D printers

• Recommended use of a reinforced nozzle due to the material's abrasive properties

Benefits for Users

• Easy to Use: Maintains the simplicity of PLA printing.

• Universality: Suitable for a wide range of applications from prototypes to functional parts.

• Time-Saving: Allows for fast printing without compromising quality.

• Professional Appearance: Matte finish and layer concealment for attractive prints.

Packaging

Wound on a spool, vacuum-sealed in a plastic bag with a desiccant, and placed in a box.