Fiberlogy Fiberflex CF black 0,5 kg

Fiberlogy FiberFlex CF Black

Fiberlogy FiberFlex CF Black offers unique properties appreciated by both hobby users and professionals. This filament is designed to meet requirements for flexibility, strength and easy printability.

• Versatile use: Ideal for manufacturing functional prototypes, protective covers or flexible joints.
• Material combination: TPU base ensures flexibility, while carbon fibres add strength and durability.
• Antistatic properties: Thanks to the carbon fibre content, the material is suitable for applications requiring static electricity minimisation, such as in electronics.
• Easy handling: Despite its flexibility, the filament is easily printable on common FDM printers.

Mechanical Properties

• Shore hardness: D60 – optimal balance between flexibility and strength.
• Enhanced impact and wear resistance due to carbon fibre content.
• Antistatic and electro-conductive properties thanks to carbon fibres.
• Low material weight facilitates handling and printing.

Printing Parameters

• Recommended print speed: < 60 mm/s – increased stiffness makes printing easier than with common flexible TPUs.
• Printing temperature: 190–205 °C, bed temperature: 80 °C – enclosure is not required.
• Excellent layer adhesion ensures quality prints without deformation.

Resistance

• Chemical resistance to oils, greases and other substances increases part longevity.
• Heat resistance up to 90 °C enables use in demanding environments.

Technical Specifications

• Material: TPU with carbon fibres
• Filament diameter: 1.75 mm (+/- 0.02 mm tolerance)
• Weight: 500 g
• Printing temperature: 190–205 °C
• Bed temperature: 80 °C

Why Choose FiberFlex CF Black?

FiberFlex CF Black represents a reliable solution for projects requiring a combination of flexibility, mechanical strength and antistatic properties. Thanks to its easy printability and wide range of applications, this filament is suitable for both beginners and experienced users seeking quality material for demanding applications.